Smart Products. Ingenious Solutions. - Barr

Transcription

THE FUTURE IS ON®
Smart Products.
Ingenious Solutions.
Wiring Devices, Energy Management
Solutions and Commercial Data
Infrastructure Products
L-200
This document provided by Barr-Thorp Electric Co., Inc. 800-473-9123
www.barr-thorp.com
Technical Information
INDEX
List of Abbreviations .......................................
National Electrical Code
(NEC) Requirements ........................................
Associations, Organizations & Standards ......
Certification Agencies & Markings .................
UL, CSA & NEMA Standards ............................
Glossary ..........................................................
Switches, Dimmers, Receptacles, GFCIs ........
Enclosure Designations & Classifications ......
Materials Used In Wiring Devices ...................
ANSI Architectural Symbols ...........................
NEMA Configurations, Horsepower Ratings &
Wiring Diagrams ..............................................
Diameter Ranges of Jacketed Cords ...................
Wallplate Dimensions .........................................
Telephone and Wiring Devices
Codes & Standards ............................................
Wire Color Codes & Jack Pin Designations .....
FAQs .................................................................
Warranty Information ......................................
International Electricity Guide .......................
For technical support call 800-824-3005
Online catalog available at leviton.com
www.barr-thorp.com
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820
822
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INDUSTRY STANDARDS, RELEVANT DEFINITIONS, PERTINENT PRODUCT DATA,
REPRESENTATIVE DIMENSIONAL DRAWINGS AND GENERAL PRODUCT REFERENCES
ARE INCLUDED IN THIS SECTION.
List of Abbreviations used in Leviton Catalogs
ANSI — American National Standards Institute, Inc.
25 West 43rd St., New York, NY 10036
www.ansi.org
NEMA —National Electrical Manufacturers Association
1300 North 17th Street, Suite 1752, Rosslyn, VA 22209
www.nema.org
An independent organization that identifies industrial and public requirements
for national consensus standards and coordinates and manages their development, resolves national standards problems, and ensures effective participation in
international standardization. Various U.S. Government Agencies often adopt ANSI
Standards. For example, the Department of Defense has made mandatory the use
of ANSI Standard Y32.9-1972, “Graphic Symbols for Electrical Wiring and Layout
Diagrams used in Architecture and Building Construction.” Such Standards are often
developed by specialized technical societies for ANSI. The Standard referred to
above was prepared by the Institute of Electrical and Electronics Engineers (IEEE)
and the American Society of Mechanical Engineers (ASME).
An organization of electrical manufacturers that establishes standards for
manufacture and tests for performance and reliability of electrical products.
NEMA tests are often the basis or prerequisite for approval by the Federal
Government and/or by Underwriters Laboratories, Inc.
CSA International —
Montreal, QC, Canada; Cleveland, OH; Los Angeles, CA
www.csa-international.org
CSA International is a leading provider of product testing and certification services.
“We test products for compliance to national and international standards, and issue
certification marks for qualified products. Certification marks tell potential
customers and users that a product has been evaluated by a formal process —
involving examination, testing and follow-up inspection — and that it complies with
applicable standards for safety and performance. CSA International is accredited
by the Occupational Health and Safety Administration (OSHA) as a Nationally
Recognized Testing Laboratory (NRTL). In Canada CSA International is accredited as
a Certification Organization (CO) and as a Testing Organization (TO) by the Standards
Council of Canada (SCC).
NFPA — National Fire Protection Association
1 Battery March Park, Quincy, MA 02269
www.nfpa.org
An organization devoted to promoting the science and improving the methods of
Fire Protection. Membership is open to anyone interested. Every three years, the
NFPA produces a new edition of the NEC (see listing). The NFPA also provides many
other useful publications dealing with fire prevention.
OSHA — Occupational Safety and Health Administration
(U.S. Department of Labor), 200 Constitution Ave.
Washington D.C. 20210
www.osha.org
That part of the U.S. Department of Labor responsible for assuring that employers
provide safe and healthful working conditions and equipment for employees, and
that employees properly avail themselves of these conditions. In addition to specific
regulations published in the Federal Register, OSHA has also adopted the National
Electrical Code in part for existing installations and equipment and completely for
new construction.
Note: OSHA does not approve products. Compliance with OSHA regulations is
GSA — General Services Administration Federal Supply Service
1800 F Street NW, Washington, D.C. 20406
www.gsa.org
The U.S. Government administration responsible for the approval of Federal
Specifications used in the purchase of products by all Federal Agencies.
The two most relevant Federal Specifications for Electrical
Wiring Devices are:
W-C-596, for Electrical Power Connector, Plug,
Receptacle and Cable Outlet
W-S-896, for Toggle and Lock, Flush Mounted Switches
Leviton devices that comply with these specifications, as verified by Underwriters
Laboratories Inc., are also listed in this catalog.
NEC — National Electrical Code
Published by the NFPA (see listing)
The purpose of the Code is the practical safeguarding of persons and property from
hazards arising from the use of electricity. This Code is sponsored by NFPA under the
auspices of ANSI. It is revised every three years. OSHA (see listing) has adopted the
NEC as the code to follow in order to comply with OSHA requirements.
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contingent on two factors: The approval or listing of the product by an authorized
testing laboratory, such as UL (see listing), and the proper installation and/or use of
the product in accordance with OSHA guidelines.
UL — Underwriters Laboratories Inc.
Northbrook, IL; Melville, NY; Santa Clara, CA
www.ul.com
“An independent, not-for-profit organization testing for public safety.” Tests by UL
are the basis for acceptance by various government agencies. Listing by UL denotes
initial testing and periodic retesting to assure continuing conformance to standards.
NOM — Norma Official Mexicana
(Mexican Official Standard) SECOFI
Avenida Puent de Tecamachalco #6
Col. Lomas de Tecamachalco 53950
Naucalpan, Edomex Mexico
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INDUSTRY STANDARDS FOR ELECTRICAL WIRING DEVICES —
National Electrical Code Requirements for Wiring Devices
National Electrical Code NFPA No. 70-1996 (Selected Articles)
Article 90 — Introduction
Article 100 — Definitions
Article 110 — Requirements for Electrical Installations
110-18
110-21
Arcing Parts
Marking
Article 200 — Use and Identification of Grounded Conductors
200-9
200-10
Means of Identification of Terminals
Identification of Terminals
Article 210 — Branch Circuits
210-4
210-6
210-7
210-8
210-21
210-24
210-50
210-52
210-60
210-63
210-70
Multiwire Branch Circuits
Branch Circuit Voltage Limitations
Receptacles and Cord Connectors
Ground Fault Protection for Personnel
Outlet Devices
Branch Circuit Requirements
Required Outlets, General
Dwelling Unit Receptacle Outlets
Guest Rooms
Rooftop Heating, Air Conditioning and
Refrigeration Equipment Outlet
Lighting Outlets Required
Branch Circuits Required
410-57
410-58
555-3
555-7
Temporary Wiring Receptacles
Attachment Plug Cap
Receptacle Outlets
Receptacles
Grounding
Article 625 — Electrical Vehicle Charging System Equipment
625-22
Ampacities
(New Article) GFCI Protection for Cord- and
Plug-Connected Electric Vehicle Supply Equipment
Article 680 — Swimming Pools, Fountains and Similar Installations
Scope
Switch Connections
Accessibility and Grouping
Faceplates for Flush-Mounted Snap Switches
Rating and Use of Snap Switches
Marking
680-4
680-5
680-6(a)
680-6(b)
Cord-Connected Showcases
Receptacles, Cord Connectors and
Attachment Plugs
Receptacles in Damp or Wet Locations
Grounding-Type Receptacles, Adapters,
Cord Connectors and Attachment Plugs
680-7
680-40
680-41
680-51
680-62
680-62
680-62(a)
680-62(c)
Article 422 — Appliances
422-22
518-3(b)
Article 555 — Marinas and Boatyards
Article 410 — Lighting Fixtures, Lampholders, Lamps, Receptacles
410-29
410-56
Definitions
Wiring Methods
Grounding of Receptacles and Fixed Electric Equipment
Receptacles with Insulated Grounding Terminals
General Care Areas
Critical Care Areas
Additional Protective Techniques
Wet Locations
Ground Fault Circuit Interrupter Protection
for Personnel
Emergency System
Sources of Power
Wiring and Equipment
(a) Within Hazardous (Classified) Anesthetizing Locations
(b) Above Hazardous (Classified) Anesthetizing Locations
(c) Other-Than-Hazardous (Classified) Anesthetizing Locations
Grounding
Low-Voltage Equipment and Instruments
Article 518 — Places of Assembly
550-5(c)
550-8
Equipment Connected by Cord and Plug
Equipment Grounding Conductor Connections
Effective Grounding Path
Cord and Plug Connected Equipment
Connecting Receptacle Grounding Terminal to Box
Article 380 — Switches
380-1
380-2
380-8
380-9
380-14
380-15
517-3
517-12
517-13
517-16
517-18
517-19
517-19(e)
517-20
517-21
Article 550 — Mobile Homes and Mobile Home Parks
Article 310 — Conductors for General Wiring
310-15
Ground Fault Circuit Interrupter Protection
for Personnel
Article 517 — Health Care Facilities
517-62
517-64
Article 250 — Grounding
250-45
250-50
250-51
250-59
250-74
511-10
517-31
517-44
517-61
Article 220 — Branch Circuit, Feeder and Service Calculations
220-4
Article 511 — Commercial Garages, Repair and Storage
Definitions
Transformers and Ground Fault Circuit Interrupters
Receptacles
Lighting Fixtures, Lighting Outlets, Switching Devices
and Ceiling Fans
Cord- and Plug-Connected Equipment
Outdoor Installations
Indoor Installations
Lighting Fixtures, Submersible Pumps and Other
Submersible Equipment
Cord- and Plug-Connected Equipment
Therapeutic Tubs (Hydrotherapeutic Tanks)
Ground Fault Circuit Interrupter
Methods of Bonding
Disconnection of Cord- and Plug-Connected Appliances
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ASSOCIATIONS, ORGANIZATIONS AND STANDARDS
The following listings define the common acronyms used for a variety
of organizations.
Standards Development Organizations
Primarily involved in the development and/or promulgation of standards
NFPA
National Fire Protection Agency
IEC
International Electrotechnical Commission
IEEE
Institute of Electrical and Electronics Engineers
ANSI
American National Standards Institute
CANENA
Consejo de Armonizacion de Normas Electrotecnicas de Norte
America (Council for Harmonization of Electrotechnical
Standardization of North America)
SAE
Society of Automotive Engineers
ISA
Instrument Society of America
SME
Society of Manufacturing Engineers
ISO
International Standards Organization
ASME
American Society of Mechanical Engineers
NRTL
OSHA
FCC
DESC
IAPA
CE
ETL
National Recognized Testing Laboratories
Occupational Safety and Health Administration
Federal Communications Commission
Defense Electronic Supply Center
Independent Accident and Protection Association (Canada)
European Compliance (This is not a certification
agency, but CE is the European Compliance Mark)
ETL Testing Laboratories
California Energy Commission (CEC) Title 24 Energy Efficiency
Standards
www.energy.ca.gov/title24
Recognizing the need to reduce the state’s energy consumption, the CEC established
in 1978 tough energy efficiency standards for residential and nonresidential buildings
in California. The Title 24 standards are updated periodically to incorporate new energy
efficiency technologies, with 2008 standards in effect January 1, 2010. Title 24 provisions are important guidelines for energy conservation in any state.
Codes and Standards
New Single and Low-Rise Residential Structures (2008 Standard):
Installation codes and product safety, performance and interchangeability
standards.
NEC
National Electrical Code
NOM
Normas Oficiales de Mexicanas (Official Mexican Standard)
NMX
Normas Mexicanas
CEC
Canadian Electrical Code
CEE
European Electrotechnical Committee
Bathroom, attached and detached garage, laundry room, utility room in single
residences as well as lighting in common areas of low-rise residential buildings with
four or more dwelling units must be from high efficacy lighting (fluorescent, compact
fluorescent or high intensity (HID) lamps:
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certified to CEC
For all other rooms (Any room that is not a Kitchen, Bathroom,
Garage, Laundry Room, or Utility Room):
Industry Associations
For the purpose of standardization, trade, and professional development, etc.
NMDA
National Marine Distributor Association
NEMA
National Electrical Manufacturers Association
ABYC
American Boat and Yacht Council
EIA/TIA
Electronics Industry Association/
Telecommunications Industry Association
NAED
National Association of Electrical Distributors
NAW
National Association of Wholesalers
BICISI
Building Industry Consulting Services International
IBI
Intelligent Building Institute
EPRI
Electric Power Research Institute
NEMRA
National Electrical Manufacturers Representative Association
IAEI
International Association of Electrical Inspectors
IFMA
International Facilities Management Association
BOMA
Building Owners Management Association
SEMI
Semi-Conductor Equipment and Material International
CEMRA
Canadian Electrical Manufacturers Representatives Association
NMRA
National Marine Representative Association
EFI
Electro-Federation Incorporated
NECA
National Electrical Contractors Association
IECA
Independent Electrical Contractors Association
ECOC
Electrical Contractors of Canada
CANAME
Camara Nacional de Manufacturas Electricas (Mexico)
Certification Agencies
Primarily involved in certification of products or manufacturers to standards
developed by the certification agency or by others.
UL
Underwriters Laboratories Inc.
CSA
Canadian Standards Association
ANCE
National Association of Normalization and Certification
of the Electrical Sector (Mexico)
TUV
TUV Rheinland of N.A., Inc.
VDE
Verband Deutscher Elektrotechniker (Germany)
BSI
British Standards Institute
FM
Factory Manual
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controlled by a dimmer
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motion sensor in addition to one of the following methods:
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having an override or bypass switch, or Energy management control system (EMCS)
not having an override or bypass switch that allows the luminaire to be always on.
Leviton Residential CEC compliant products:
IPP15 Manual-On Occupancy Sensor
OSS10 Manual-On Occupancy Sensor with nightlight
Nonresidential Buildings (2008 Standard):
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status signal that indicates the device is operating properly or has failed. Visible
status signal may have override switch that turns the signal off.
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Offices ≤ 250 sq ft; Multipurpose room < 1000 sq ft; Classrooms any size; Conference
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> 50,000 sq ft: Require automatic demand responsive lighting controls; uniformly
reduce lighting power consumption ≥ 15%; EXCEPTION: Buildings where > 50%
lighting power controlled by daylighting controls.
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Leviton Nonresidential CEC compliant products:
WSC04/WSC15 LevNet RF™ Wireless Self-Powered PIR Occupancy
Sensor.
OSCxx-M0W Multi-Tech Ceiling Mount Occupancy Sensors
ODC0S Self-Contained Ceiling Mount Occupancy Sensors
For more Title 24 compliant products, see Energy Management Section
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EUROPEAN AGENCIES: IEC AND CEE
The IEC
The IEC is the International Electrotechnical Commission. Formed in 1906, it is a worldwide organization primarily involved in the international standardization of electrical
standards and equipment. As of 1994, 48 countries are represented in the IEC. IEC member countries produce and consume the majority of the world’s electrical energy.
They also manufacture and use the majority of the world’s electrical products.
The IEC works towards standardization of the following areas:
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The CEE
The CEE is the European Electrotechnical Committee. The CEE works on safety standards, definitions for conformity and certifications for electrical equipment.
Cooperation between the CEE and the IEC has led to worldwide publications for standards pertaining to electrical equipment.
CERTIFICATION AND MARKINGS
Certification marks indicate a product has been tested to the requirements of a specific certification agency. Manufacturers may choose a particular product identity
(e.g. Specification Grade) even though no outside certification agency is involved. The following table illustrates the variety of certification markings typically used for
15A and 20A Straight Blade Receptacles.
Typical Product Certification Marks —
15 & 20 Amp Straight Blade Receptacles. Products with these markings must meet the specific testing standards indicated.
Certification Mark
UL498
Spec Grade*
CSA,
C22.2,
No. 42M
UL 498
Hospital
Grade
CSA, C22.2,
No. 42M,
Hosp. Grade
DESC
W-C-596F
No Product Testing Required — Manufacturer’s Term Only
X
Certification Agency
Manufacturer Only
X
X
Recognized Component
for OEM use.
X
Canadian Standards
Association
X
X
X
X
X
X
Canadian Standards
Association
X
X
X
and Defense Electronic Supply
Center
X
and Defense Electronic Supply
Center
*Includes variations such as Industrial Spec. Grade, Premium Spec. Grade, etc.
NOTE: The C-UL listing mark is applied to products for the Canadian market evaluated by UL to Canadian safety standards. The C-UL US listing mark indicates compliance with both
U. S. and Canadian safety standards.
Cross References/Related Products
The cross-reference guides supplied by manufacturers are convenient for determining compatible devices but they are not official confirmation of compliance to
any standard or testing criteria. Similarly, common catalog numbers used by different manufacturers in no way imply compliance to any standard or testing criteria.
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UL, CSA AND NEMA STANDARDS PERTAINING TO LEVITON DEVICES
UL Standards Pertaining to Leviton Devices
UL20
UL50
UL94
UL486E
UL498
General-use switches
Enclosures for electrical equipment
Flammability testing for materials
Equipment and wiring terminals
Plugs, connectors, receptacles, inlets, outlets, taps
and adapters
UL508
Industrial equipment (including motor control switches)
UL514A
Metallic boxes/covers/wallplates
UL514C
Non-metallic boxes/covers/wallplates
UL817
Cordsets
UL943
GFCI’s
UL1363
Temporary power taps
UL1436
Outlet circuit testers
UL1449
Surge suppression devices
UL1567
Switches and receptacles used with AL wire
UL1682 & 1686
Pin & Sleeve devices
UL1776
High-pressure cleaning equipment
FSWC596F
Federal Spec receptacles
FSWS896
Federal Spec switches
Note: Straight blade and locking NEMA configurations are defined by UL 1681 and
NEMA WD 6.
Each UL standard consists of requirements that cover three
characteristics of the product being reviewed:
1. Construction
2. Performance
3. Markings
Material properties and general design
Mechanical and electrical testing
Identification of manufacturer, applicable ratings, etc.
CSA Standards Pertaining to Leviton Devices
C22,2, No. 0.17
C22.2, No. 42
C22.2, No. 55
C22.2, No. 111
C22.2, No. 182.1
C22.2, No. 182.2
Polymeric materials
General-use receptacles, attachment plugs
Special-use switches
General-use switches
Industrial-type, special-use attachment plugs,
receptacles and connectors. Pin and sleeve devices
Industrial locking type
NEMA Standards Pertaining To Leviton Devices —
In Accordance With NEMA Standard WD–1
WD 1-1.01
CORD CONNECTOR
A cord connector is a portable receptacle which is provided with means for
attachment to a flexible cord and which is not intended for permanent mounting.
NEMA Standard 7-13-1967
WD 1-1.02
GROUNDED CONDUCTOR (SYSTEM GROUND)
A grounded conductor is a circuit conductor (normally current carrying) which is
intentionally connected to earth ground. (It is identified as the white conductor.)
WD 1-1.03
GROUNDING CONDUCTOR (EQUIPMENT GROUND)
A grounding conductor is a conductor which connects noncurrent-carrying metal parts
of equipment to earth ground to provide an intentional path for fault current to ground
(It is bare, or, when covered, is identified as the green or green with yellow stripes
conductor.) NEMA Standard 7-13-196
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WD 1-1.04
LAMPHOLDER
A lampholder is a device which is intended to support an electric lamp mechanically and to connect it electrically to a circuit. NEMA Standard 7-13-1967
WD 1-1.05
MALE BASE (INLET)
A male base is a plug which is intended for flush or surface mounting on an appliance
or equipment and which serves to connect utilization equipment to a connector.
WD 1-1.06
OUTLET
An outlet is a point on the wiring system at which current is taken to supply utilization
equipment. NEMA Standard 7-13-1967
WD 1-1.07
PLUG
A plug is a device with male blades which, when inserted into a receptacle, establishes
connection between the conductors of the attached flexible cord and the conductors
connected to the receptacle. NEMA Standard 7-1-1967
WD 1-1.08
POLARIZATION (PLUGS AND RECEPTACLES)
Polarization is a means of assuring the mating of plugs and receptacles of the same
rating in only the correct positon. NEMA Standard 7-1-1967
WD 1-1.09
POLE
The term “pole” as used in designating plugs and receptacles refers to a terminal
to which a circuit conductor (normally current carrying) is connected. In switches,
the number of poles indicates the number or conductors being controlled. NEMA
Standard 7-1-1967
WD 1-1.10
RECEPTACLE
A receptacle is a device with female contacts which is primarily installed at an outlet
or on equipment and which is intended to establish electrical connection with an
inserted plug. NEMA Standard 7-1-1967
WD 1-1.11
SLANT SYMBOL (/)
The “slant” line (/) as used in wiring device ratings indicates that two or more voltage
potentials are present simultaneously between different terminals of a wiring device.
WD 1-1.12
SWITCH
A switch is a device for making, breaking, or changing the connections in an
electric circuit.
A. Single-pole Switch (Single-pole, Single-throw)
A switch which makes or breaks the connection of one conductor.
B. Double-pole Switch (Double-pole, Single-throw)
A switch which makes or breaks the connection of two conductors of a single
branch circuit.
C. Three-way Switch (Single-pole, Double-throw)
A switch which changes the connection of one conductor and which is normally used in
pairs to control one utilization equipment from two locations.
D. Four-way Switch (Double-pole, Double-throw Reversing)
A form of double-pole switch which is used in conjunction with two three-way switches
to control one utilization equipment from three or more locations.
WD 1-1.13
TERMINAL (ON A WIRING DEVICE)
A terminal is a fixed location on a wiring device where a conductor is intended to be
connected.
WD 1-1.14
WIRE (PLUGS AND RECEPTACLES)
The term “wire” as used in designating plugs and receptacles indicates the number
or either normally current-carrying or equipment grounding connected conductors.
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HIGH-ABUSE WIRING DEVICES — UL LISTED HOSPITAL GRADE
Why was it developed?
Hospital Grade Listed devices were developed to provide maximum safety in high-abuse applications where constant strenuous use of the device is common. These highest reliability devices are built to protect against possible human negligence and keep the devices safe and functional.
What are the applications for Hospital Grade, High Abuse Devices?
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the mechanic who pulls the drill plug from the wall, or the child who removes the electric lawnmower plug from 40 feet away! In addition, Leviton realized that devices in rough
use situations are often exposed to many corrosive liquids, such as cleaning fluids, rug shampoos, chlorinated water, sprays, salt air and chemical fumes. Our corrosion resistant
devices permit use in environments where these conditions are common.
Demanding Tests for UL Hospital Grade Listing
Leviton has designed a line of wiring devices that withstand impact, wear, crushing, and corrosive environments that would destroy ordinary heavy-duty devices. Leviton’s
comprehensive line of Hospital Grade and Industrial Grade plugs, connectors and receptacles include devices that have passed a series of demanding UL Hospital Grade tests.
This assures the end-user of top performance in the harshest industrial environments. Here are examples of how Leviton devices meet or exceed the requirements of the most
rigorous testing!
Receptacles
Abrupt Removal of Plug Test
Plugs and Connectors
500 lb. Crush Test
A steel-bodied test plug with brass blades
is inserted into the receptacle. A 10-pound
weight dropped from at least 24 inches
yanks the plug out of the receptacle. This
test is done eight times with the receptacle
rotated into different positions to create the
greatest stress on its face and contact. After
this, the grounding contact must retain a
four ounce, 0.184” diameter grounding pin,
with the receptacle face down, for one minute.
“There shall be no breakage of the receptacle
that interferes with the receptacle function or
the integrity of the enclosure. The receptacle
shall maintain the grounding path integrity
through the receptacle.”
A wired plug or connector is placed between
two steel plates and subjected to a force
which is steadily increased to 500 pounds.
“There shall be no breakage, deformation
or other effect that may interfere with the
function of the device.” Leviton knows that
in real industrial environments, plugs and
connectors are crushed by forces exceeding
500 lbs. Leviton performs the crush test with
force of 2500 lbs. to ensure that our devices
withstand the really heavy hits on the job.
Ground Pin Test
The grounding contact of the receptacle is
conditioned by 20 insertions with a 0.204”
diameter oversized pin. “After conditioning,
a 0.184” diameter pin shall be inserted in
the grounding contact and shall be capable
of supporting at least four ounces for
one minute.”
Impact Test
A wired plug or connector is subjected to
impact from a 10 lb. weight dropped from
a height of 18 inches. “There shall be no
breakage, deformation or other effect
that may interfere with the function of the
device.” Plugs and connectors are subjected
to severe impacts in industrial settings.
Therefore, Leviton exceeds the UL requirement by dropping the weight from a height
of 36 inches.
Cord Pull Test
Power Blade Retention Test
A test plug with oversized blades of .075” is
inserted into the current-carrying opening of
the connector for 20 conditioning cycles.
After the conditioning cycles, “the contact
shall be capable of supporting for one minute
11⁄2 lbs., secured to a single .055” thick solid
steel blade without holes.”
The cord must remain securely fastened after
straight pulls of 30 pounds, and rotating pulls
(in a 3-inch circle) of 10 pounds for two hours.
“Displacement of conductors, insulation, and
outer jacket of the flexible cord AWG 18 SVT
shall not exceed 1/32 inch. There shall be no
cuts, rips, or tears in cord insulation.” Heavyduty cord stress is typical abuse for industrial
plugs and connectors. Leviton increases the
weight in the straight cord pull test to 175 lbs.
with AWG 14 ST and in the rotating pull test to
20 lbs., ensuring positive strain relief under
industrial conditions.
Mechanical Drop Test
A sample wired plug or connector is
suspended horizontally by its attached cord
and released so that it impacts a hard wood
surface 45 inches below the point of
suspension — repeated for 1300 cycles.
“There shall be no breakage, deformation or
other damage which would interfere with the
functioning of the device.”
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789
GLOSSARY OF ELECTRICAL WIRING DEVICE TERMS
General Terms
Adapter — An accessory used for interconnecting non-mating devices or converting an existing device for modified use.
Ballast — A transformer that steps down AC line voltage to voltage that can be
used by fluorescent or other types of lighting. Ballasts may be electromagnetic or
electronic.
Cord Connector — A portable receptacle designed for attachment to or provided
with flexible cord, not intended for fixed mounting.
Flanged Inlet — A plug intended for flush mounting on appliances or equipment
to provide a means for power connection via a cord connector.
Flanged Outlet — A receptacle intended for flush mounting on appliances or
equipment to provide a means for power connection via an inserted plug.
Fluorescent Starter — A device with a voltage-sensitive switch and a capacitor
that provides a high-voltage pulse to start a fluorescent lamp. Rated in watts.
Lampholder — A device with contacts that establishes mechanical and electrical
connection to an inserted lamp.
Plug — A device with male contacts intended for insertion into a receptacle to
establish electrical connection between the attached flexible cord and the conductors connected to the receptacle.
Receptacle — A device with female contacts designed for fixed installation in a
structure or piece of equipment and which is intended to establish electrical
connection with an inserted plug.
Switch — A device for making, breaking, or changing the connections in an electric
circuit.
Wallplate — A plate designed to enclose an electrical box, with or without a
device installed within the box.
Adapter Variations
Cube Tap — An adapter that converts one receptacle opening into multiple openings.
Current Tap — An adapter designed for medium base lampholders which has one
or two receptacle openings. Available with or without integral switch.
Duplex — An adapter that provides two female receptacle openings when
plugged into a single receptacle opening.
Grounding — An adapter that converts a two-wire receptacle opening into a twopole, three-wire grounding receptacle opening.
Lampholder — A threaded adapter that converts the thread size of the
lampholder in which it is inserted so that the lampholder can accept an incandescent lamp bulb of a different size thread.
Molded-On — An adapter that is factory molded to a length of flexible cord.
Series — An adapter wired in series to a flexible cord containing an in-line switch
used to control electrical equipment plugged into the adapter.
“W” Type — Same as “Y” type, except having three cord connectors arranged in
the form of the letter “W”.
“Y” Type — An adapter in the form of a letter “Y”, having two cord connectors on
one end and a male plug on the other end.
Cord Connectors
Angle —A connector that allows the attached flexible cord to exit at right angles.
Corrosion Resistant — A connector constructed of special materials and/or
suitably plated metal parts that is designed to withstand corrosive environments.
Corrosion resistant devices must pass the ASTM B117-13 five-hundred hour Salt
Spray (Fog) Test with no visible corrosion.
Dust Proof — A connector designed so that dust will not interfere with its operation. The IP Suitability Rating designates the degree of protection a device offers
against the ingress of foreign objects (e.g. IP 20).
Explosion Proof — A connector constructed to meet the requirements of hazardous locations as defined by the National Electrical Code, NFPA-70.
Hospital Grade — A connector designed to meet the performance requirements
of high-abuse areas typically found in health care facilities. These connectors
are tested to the Hospital Grade requirements of Underwriters Laboratories Inc.
Standard 498.
790
Locking — A connector designed to lock an inserted plug with a matching blade
configuration when the plug is rotated in a clockwise direction. The plug can only
be removed by first turning it in a counter-clockwise direction.
Midget — A connector designed with a smaller body diameter than standard
connectors with a similar rating.
Molded On — A connector that is factory molded to a length of flexible cord.
Pin and Sleeve — A connector with hollow, cylindrical sleeve-type contacts.
Straight Blade — A non-locking connector into which mating plugs are inserted at
a right angle to the plane of the connector face.
Weatherproof — A connector specially constructed so that exposure to weather
will not interfere with its operation.
Flanged Inlets
Corrosion Resistant — An inlet constructed of special materials and/or suitably
plated metal parts that is designed to withstand corrosive environments. Corrosion
resistant devices must pass the ASTM B117-13 five-hundred hour Salt Spray (Fog)
Test with no visible corrosion.
Flush-Mounted — An inlet intended to be installed flush with the surface of a
panel or a piece of equipment.
Locking — An inlet designed to lock an inserted matching connector when the
connector is rotated in a clockwise direction. The connector can only be removed
by first turning it in a counter-clockwise direction.
Midget — An inlet designed with a smaller body diameter than standard connectors with a similar rating.
Pin and Sleeve — An inlet with round pin-type contacts intended to mate with a
connector having hollow cylindrical female contacts.
Straight Blade — A non-locking inlet into which mating connectors are inserted at
a right angle to the plane of the connector face.
Surface-Mounted — An inlet designed to be surface mounted on a panel or piece
of equipment.
Watertight — An inlet specially constructed so that water will not enter under
specified test conditions. The IP Suitability Rating designates the degree of protection a device offers against the ingress of moisture and water (e.g. IP 55, IP 44).
Weatherproof — An inlet specially constructed to protect it from the effects of
weather in outdoor locations.
Flanged Outlets
Corrosion Resistant — An outlet constructed of special materials and/or suitably
Flush-Mounted — An outlet intended to be installed flush with the surface of a
panel or a piece of equipment.
Locking — An outlet designed to lock an inserted plug with a matching blade
be removed by first turning it in a counter-clockwise direction.
Midget — An outlet designed with a smaller body diameter than standard devices
with a similar rating.
Pin and Sleeve — An outlet with hollow cylindrical female contacts intended to
mate with a plug having round pin contacts.
Straight Blade — A non-locking outlet into which mating straight-blade plugs are
inserted at a right angle to the plane of the outlet face.
Surface-Mounted — An outlet designed to be surface mounted on a panel or
piece of equipment.
Watertight — An outlet specially constructed so that water will not enter
under specified test conditions. The IP Suitability Rating designates the degree
of protection a device offers against the ingress of moisture and water
(e.g. IP 55, IP 44).
Weatherproof — An outlet specially constructed so that exposure to weather will
not interfere with its operation.
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Fluorescent Starters
Automatic Reset — A starter that automatically restarts a new replacement
fluorescent lamp after the circuit is energized.
Direct Current — A thermal-type starter designed for use on direct current (DC)
circuits.
Glow Discharge — A starter that provides a rapid lamp start-up and will continue
to try to start a failed fluorescent lamp, causing the lamp to flicker until it is
replaced.
Manual Reset — A starter that automatically deactivates a failed fluorescent
lamp to eliminate flickering. A reset button provides a means of activating the
circuit after lamp replacement.
Lampholders
Bayonet — Designed for incandescent lamps having an unthreaded metal shell
with two diametrically opposite keyways that mate with the keyways on the
lampholder. Pushing down on the bulb and turning it clockwise in the lampholder
locks the bulb in place.
Candelabra — A small screw-base threaded lampholder designed for candelabra-base incandescent lamps commonly used in chandeliers, night lights, and
ornamental lighting.
Circline — A four-contact, double-ended lampholder designed for use with tubular, circular fluorescent lamps.
Compact Fluorescent — A lampholder designed for the Compact Fluorescent
Lamps (CFLs) that are increasingly being used to replace incandescent lamps for
energy efficiency.
Dimmer — An electronic device with either a round knob, slide lever or finger-tip
controlled buttons used to dim/brighten incandescent lighting. Available in a
variety of wattages; fluorescent version also available.
Double-Contact Recessed — Designed for high-output fluorescent lamps.
Edison Base — An internally-threaded lampholder, with the inner shell approx.
1” in diameter. Designed for widely-used standard medium base lamps.
Electrolier — Similar to the Edison Medium Base lampholder, but with a smaller
outer diameter.
Incandescent — Designed for use with all manufactured incandescent lamps,
most of which have threaded bases.
Intermediate — A lampholder with a threaded screw shell designed for intermediate base lamps that have a 13/32” threaded base (smaller than the standard 1”
dia. medium base). Mostly used in decorative lighting.
Key — A lampholder with a flat or round “key” knob that operates an internal
switching mechanism (“Keyless” lampholders do not provide an internal switching
mechanism).
Lumiline — A specially designed lampholder for tubular Lumiline-type incandescent lamps, typically used in bathrooms and retail display cases.
Medium Base — Same as the Edison base lampholder. An internally-threaded
lampholder, with the inner shell approx. 1” in diameter. Designed for widely-used
standard medium base lamps.
Miniature — Designed for the smallest available incandescent lamps with a
screw-in base, approx. 3/8” dia. Widely used in flashlights and toys, etc.
Mogul — The largest screw-in type lampholder, designed for mogul incandescent
lamps with a screw base of approx. 11/2” dia. Used in street lights and numerous
commercial/industrial applications.
Medium Bi-Pin — A fluorescent lampholder with two contacts, used in pairs. For
type T-8 tubular fluorescent lamps, approx. 1” in diameter.
Miniature Bi-Pin — Similar to medium bi-pin lampholders, but designed for type
T-5 tubular fluorescent lamps, approx. 5/8” in diameter.
Outlet Box — Medium-base incandescent lampholder designed for mounting in
31/4” or 4” electrical boxes. Available with or without pull-chain mechanism, and
with or without built-in receptacle.
Pull-Chain — An incandescent lampholder with an internal switching mechanism
that is activated by pulling down on a beaded chain or cord.
Push-Through — An incandescent lampholder with an insulated lever that
is pushed from either side to activate an internal ON/OFF switching mechanism.
Slimline Single-Pin — A fluorescent lampholder with a single contact designed
for Slimline fluorescent lamps such as the T-12 (11/2” dia.), T-8 (1” dia.), and the
smaller version T-6 (3/4”” dia.).
Snap-In — An incandescent or compact fluorescent lampholder with factoryassembled spring clips that securely snap into a panel cutout without requiring
additional fasteners.
Surface-Mounted — A lampholder of any type that mounts on a flat or plane
surface.
Plugs
Angle — A plug that allows the attached flexible cord to exit at right angles.
Corrosion Resistant — A plug constructed of special materials and/or suitably
Dust Proof — A plug designed so that dust will not interfere with its operation.
The IP Suitability Rating designates the degree of protection a device offers
Explosion Proof — A plug constructed to meet the requirements of hazardous
locations as defined by the National Electrical Code, NFPA-70.
Hospital Grade — A plug designed to meet the performance requirements of
high-abuse areas typically found in health care facilities. These plugs are tested to
the Hospital Grade requirements of Underwriters Laboratories Inc. Standard 498.
Locking — A plug designed to lock into a matching connector or receptacle
be removed by turning it in a counter-clockwise direction.
Midget — A plug designed with a smaller body diameter than standard plugs with
a similar rating.
Molded On — A plug that is factory molded to a length of flexible cord.
Pin and Sleeve — A plug with round pin contacts.
Straight Blade — A non-locking plug that is inserted at a right angle to the plane
of the matching device face.
Weatherproof — A plug specially constructed so that exposure to weather will
not interfere with its operation.
Receptacles
AL/CU — 30A, 50A or 60A receptacles designated for use with aluminum or copper circuit conductors, identified by “AL/CU” stamped on the device. Receptacles
without this designation must never be used with aluminum circuit conductors.
Clock Hanger — A single, recessed receptacle with a specialized cover plate that
provides a hook or other means of supporting a wall clock.
CO/ALR — 15A or 20A receptacles designated for use with aluminum or copper
circuit conductors, identified by “CO/ALR” stamped on the device. Receptacles
without this designation must never be used with aluminum circuit conductors.
Corrosion Resistant — A receptacle constructed of special materials and/or
suitably plated metal parts that is designed to withstand corrosive environments.
Corrosion resistant devices must pass the ASTM B117-13 five-hundred hour Salt
Spray (Fog) Test with no visible corrosion.
Display — Receptacle with a special cover plate intended for flush mounting on
raised floors or walls.
Duplex — Two receptacles built with a common body and mounting means;
accepts two plugs.
Dust Proof — A receptacle designed so that dust will not interfere with its operation. The IP Suitability Rating designates the degree of protection a device offers
Explosion Proof — A receptacle constructed to meet the requirements of
hazardous locations as defined by the National Electrical Code, NFPA-70.
Fan Hanger — A single receptacle with a specialized cover plate that provides a
hook or other means of supporting a wall fan.
Four-In-One or “Quad” — A receptacle in a common housing that accepts up to
four plugs. Four-In-One receptacles can be installed in place of duplex receptacles
mounted in a single-gang box, providing a convenient means of adding receptacles
without rewiring.
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791
GFCI (Ground Fault Circuit Interrupter) — A receptacle with a built in circuit that will
detect leakage current to ground on the load side of the device. When the GFCI
detects leakage current to ground, it will interrupt power to the load side of the
device, preventing a hazardous ground fault condition. GFCI receptacles must conform to
UL Standard 943 Class A requirements, and their use is required by the National Electric
Code NFPA-70 in a variety of indoor and outdoor locations.
Hospital Grade — A receptacle designed to meet the performance requirements of highabuse areas typically found in health care facilities. These receptacles are tested to the
Hospital Grade requirements of Underwriters Laboratories Inc. Standard 498.
Interchangeable — A receptacle or combination of receptacles with a common mounting
dimension that may be installed on a single or multiple-opening mounting strap.
Isolated Ground — Receptacles intended for use in an Isolated Grounding system where
the ground path is isolated from the facility grounding system. The grounding connection
on these receptacles is isolated from the mounting strap.
Lighted (Illuminated) — A receptacle with a face that becomes illuminated when the
device is connected to an energized electrical circuit.
Locking — A receptacle designed to lock an inserted plug with a matching blade configuration when the plug is rotated in a clockwise direction. The plug can only be removed by first
turning it in a counter-clockwise direction.
Pin and Sleeve — A receptacle with cylindrical sleeve-type contacts.
Safety or Tamper-Resistant — A receptacle specially constructed so that access to
its energized contacts is limited. Tamper-resistant receptacles are required by the National
Electric Code NFPA-70 in specific pediatric care areas in health care facilities. They are also
required in new or renovated residential construction. Please contact your local building
inspector’s office for more information on code acceptance in your area.
Single — A receptacle that accepts only one plug.
Snap-In — A receptacle with factory-assembled spring clips that securely snap into a
panel cutout without requiring additional fasteners.
Split-Circuit — A duplex receptacle that allows each receptacle to be wired to separate
circuits. Most duplex receptacles provide break-off tabs that allow them to be converted
into split-circuit receptacles.
Straight Blade — A non-locking receptacle into which mating plugs are inserted at a right
angle to the plane of the receptacle face.
Surface-Mounted — Any receptacle that mounts on a flat or plane surface.
Surge-Suppression — A receptacle with built-in circuitry designed to protect its load side
from high-voltage transients and surges. The circuitry will limit transient voltage peaks
to help protect sensitive electronic equipment such as PC’s, modems, audio/video
equipment, etc.
Triplex — A receptacle with a common mounting means which accepts three plugs.
Weatherproof — A receptacle specially constructed so that exposure to weather will not
interfere with its operation.
Switches
AC/DC — A switch designated for use with either Alternating Current (AC) or Direct
Current (DC)
AC Only — A switch designated for use with Alternating Current (AC) only.
Dimmer — A switch with electronic circuitry that provides DIM/BRIGHT control of
lighting loads.
Door — A momentary contact switch, usually installed on a doorjamb, that is
activated when the door is opened or closed.
Double-Pole, Single-Throw (DPST) — A switch that makes or breaks the connection of
two circuit conductors in a single branch circuit. This switch has four terminal screws and
ON/OFF markings.
Double-Pole, Double-Throw (DPDT) — A switch that makes or breaks the connection of
two conductors to two separate circuits. This switch has six terminal screws and is available in
both momentary and maintained contact versions, and may also have a center OFF position.
Feed-Through — An in-line switch that can be attached at any point on a length of flexible
cord to provide switching control of attached equipment.
Flush-Mounted — A switch designed for flush installation with the surface of a panel or
equipment.
792
Four-Way — A switch used in conjunction with two 3-Way switches to control a single
load (such as a light fixture) from three or more locations. This switch has four terminal
screws and no ON/OFF marking.
Horsepower Rated — A switch with a marked horsepower rating, intended for use in
switching motor loads.
Interchangeable — A switch or combination of switches with a common mounting
dimension that may be installed on a single or multiple-opening mounting strap.
Lighted Handle — A switch with an integral lamp in its actuator (toggle, rocker or push
button) that illuminates when the switch is connected to an energized circuit and the
actuator is in the OFF position.
Locking — A switch equipped with a locking mechanism that requires a key to
operate the switching functions.
Low-Voltage — A switch rated for use on low-voltage circuits of 50 volts or less.
L-Rated — A switch specially designated with the letter “L” in its rating that is rated for
controlling tungsten filament lamps on AC circuits only.
Maintained Contact — A switch where the actuator (toggle, rocker, pushbutton or key
mechanism) makes and retains circuit contact when moved to the ON position.
The contacts will only be opened when the actuator is manually moved to the OFF position.
Ordinary light switches are maintained contact switches.
Manual Motor Controller — A switch designed for controlling small DC or AC motor loads,
without overload protection.
Mercury — A type of switch that uses mercury as the contact means for making and
breaking an electrical circuit.
Momentary Contact — A switch that makes circuit contact only as long as the actuator
(toggle, rocker, pushbutton or key mechanism) is held in the ON position, after which it
returns automatically to the OFF position. This is a “Normally Open” switch. A
“Normally Closed” switch will break circuit contact as long as it is held in the OFF position,
and then automatically return to the ON position. Available in “Center OFF” versions with
both Momentary ON and Momentary OFF positions.
Pendant — A type of switch designed for installation at the end of a length of portable
cord or cable,
Pilot Light — A switch with an integral lamp in its actuator (toggle, rocker or
pushbutton) that illuminates when the switch is connected to an energized circuit and the
actuator is in the ON position.
Pull — A switch where the making or breaking of contacts is controlled by pulling downward or outward on the actuator mechanism.
Push Button — A switch with an actuator mechanism that is operated by
depressing a button.
Rotary — A switch where rotating the actuator in a clockwise direction makes the circuit
connection, and then rotating the actuator in either the same or opposite
direction breaks the connection.
Single-Pole, Double-Throw (SPDT) — A switch that makes or breaks the connection of
a single conductor with either of two other single conductors. This switch has 3 terminal
screws, and is commonly used in pairs and called a “Three-Way” switch.
Single-Pole, Single-Throw (SPST) — A switch that makes or breaks the
connection of a single conductor in a single branch circuit. This switch has two screw
terminals and ON/OFF designations. It is commonly referred to as a
“Single-Pole” Switch.
Slide — A switch with a slide-action actuator for making or breaking circuit
contact. Dimmer switches and fan speed controls are also available with slide-action
mechanisms for lighting and fan speed control
Surface-Mounted — Any switch that mounts on a flat or plane surface.
Three-Position, Center OFF — A two circuit switch, either maintained or momentary
contact, where the OFF position is designated as the center position of the actuator.
Three-Way — A switch, always used in pairs, that controls a single load such as a
light fixture from two locations. This switch has three terminal screws and has no
ON/OFF marking.
Time Delay — A switch with an integral mechanism or electronic circuit that will
automatically switch a load OFF at a predetermined time interval.
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Timer — A switch with an integral mechanism or electronic circuit that can be set to switch
an electrical load ON at a predetermined time.
Toggle — A switch with a lever-type actuator that makes or breaks switch
contact as its position is changed.
T-Rated — A switch specially designated with the letter “T” in its rating that is rated
for controlling tungsten filament lamps on direct current (DC) or alternating current
(AC) circuits.
Wallplates
Combination — A multiple- gang wallplate with openings in each gang to
accommodate different devices.
Decora® — Wallplates with Decora-size openings for compatibility with Leviton’s entire line
of Decora devices. Available in a variety of multiple-gang configurations. Screwless-design
snap-on versions also available.
Flush — A wallplate designed for flush-mounting with wall surfaces or the plane surfaces
of electrical equipment.
Gang — A term that describes the number of devices a wallplate is sized to fit
(i.e. “2- gang” designates two devices).
Midway — Wallplates that are approx. 3/8” higher and wider than the standard size
that can be mounted onto larger volume outlet boxes and/or used to hide wall surface
irregularities. These wallplates are approx. 1/4” deep to ensure a proper fit when used with
protruding devices.
Oversized — Wallplates that are approx. 3/4” higher and wider than the standard size
and are used to conceal greater wall irregularities than those hidden by Midway wallplates.
These wallplates are approx. 1/4” deep to ensure a proper fit when used with protruding
devices.
Modular — Individual-section wallplates with different openings that can be
configured into a multi-gang plate.
Multi-Gang — A wallplate that has two or more gangs.
Tandem — A wallplate with individual gangs arranged vertically one above the other.
Weatherproof (with Cover Closed) — A UL Listed cover that meets specific test
standards for use in wet and damp locations with the cover closed.
Weatherproof (with Cover Open) — A UL Listed cover that meets specific test
standards for use in wet and damp locations with the cover open or closed.
Surge Suppression
Clamping Voltage — The peak voltage that can be measured after a Surge Protective
Device has limited or “clamped” a transient voltage surge.
Clamping voltage must be determined by using IEEE Standard C62 testing and evaluated
by UL Standard 1449.
Joule Rating — The measurement of a Surge Protective Device’s ability to absorb heat
energy created by transient surges. Note that the Joule rating is not a part of IEEE or UL
Standards. It is not as significant a specification as Clamping Voltage, Maximum Surge
Current and other parameters recognized by these agencies.
Transient Voltage Surges — High-speed, high-energy electrical disturbances present
on AC power lines and data and communication lines, generated by utility switching,
motor-load switching and lightning strikes.
Response Time — The interval of time it takes for a surge protective device to react to
a transient voltage surge. Note that this parameter is not a part of IEEE or UL Standards
and is only based on estimations made by manufacturers.
Surge Protective Device — See “Transient Voltage Surge Suppressor (TVSS)” definition.
Transient Voltage Surge Suppressor (TVSS) — A device designed to protect
sensitive electronic equipment such as computers and computer peripherals, logic
controls, audio/video equipment and a wide range of microprocessor-based (computer
chip) equipment from the harmful effects of transient voltage surges. Also referred to
as a Surge Protective Device (SPD).
Maximum (Peak) Surge Current — The peak surge current a Surge Protective Device
can withstand, based on IEEE Standard C62.45 test waveforms.
MOV (Metal Oxide Varistor) — The primary component used in most Surge
Protective Devices to clamp down transient voltages.
UL 1449 Listing — The industry standard for Surge Protective Devices. A Surge
Protective Device must have a UL 1449 Surge Suppression rating on its label in order
to verify that the device has been tested with IEEE standardized waveforms. Devices
without this identification should not be considered reliable surge
protective devices.
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793
SWITCHES
DIMMERS
Types of Switches
A common misconception about box-mounted dimmers is that they are simply
variable resistors (rheostats) that absorb power to dim the lights. In fact, a rheostat would be too bulky, inefficient and heat producing to ever be practical as a
wall-mounted dimmer. In the 1950’s, the advent of solid state technology and a
type of semi-conductor called the TRIAC fostered the development of full-range
dimmers and fan speed controls that were versatile, efficient and compact enough
to fit in a standard wallbox.
Leviton has always taken an active role in the development of lighting control
technologies. Leviton introduced the Trimatron™ Rotary Dimmer that was only
half as deep as conventional dimmers, allowing easier installation and wiring in a
crowded wallbox. Today, Leviton offers innovative all-digital lighting controls that
feature scene lighting and multi-location control capabilities for sophisticated
residential and commercial installations. Leviton’s complete line of controls for
incandescent, low-voltage and fluorescent lighting includes Decora® and architectural specification grade devices, as well as traditional rotary devices. There is also
a wide selection of Fan Speed Controls
Switches used in branch circuit wiring are rated in two general categories: AC ONLY
and AC/DC. Originally, the electrical power furnished to residences and businesses
by utility companies was Direct Current or DC. Because DC current was always
flowing at full value, the making or breaking of a circuit created a rather strong
arc during switch operation. For this reason, the contacts had to be widely gapped
and the operation had to be “quick make, quick break” to avoid excessive pitting
or welding of the contact points. Alternating current operates between zero and
full power 120 times per second. Because of the oscillating characteristic of AC
power, the arc from an AC circuit is self-extinguishing on the “break” of the current.
This means a slower breaking action is possible on an AC switch, as opposed to
the breaking action required of a switch made for use with continuous full-power
DC. The pulsating nature of AC can, however, cause a “chattering” or very fast
series of “makes” and “breaks” if the circuit is closed too quickly. For this reason an
AC ONLY switch works with a somewhat slower “fast make” and “break” than an
AC/DC switch. Because the make and break actions of an AC/DC switch must be
fast, it can be rather noisy, and must use contact metals capable of enduring such
comparatively violent action while still offering acceptable electrical conductivity.
An alloy of copper is most often used. Silver and its oxides are better conductors
than copper and its oxides. Silver is much softer than copper and therefore cannot
be used in the AC/DC switch. However, silver can be used in the AC ONLY switch
because of its gentler “fast make” characteristic, especially when silver is alloyed
with cadmium oxide, a good conductor that’s quite hard.
Switch Ratings
AC ONLY switches are often called AC Quiet switches because they can be made
to operate very quietly, unlike AC/DC switches. AC ONLY switches are rated at
their full current value for lighting, including tungsten filament, quartz metalhalide, and fluorescent; and 80% current value or full horsepower rating value for
motor (inductive) loads. AC/DC switches used for incandescent lighting should
have a “T” rating (tungsten-filament rating). The “T” rating assures end-users of
the longevity of the switch through the surge currents of a “make” action across
a tungsten filament. Such capacity is already inherent in the design of AC Quiet
switches. AC/DC switches are rated at only 50% of their current capacity for motor loads. A 20 amp AC/DC switch could be used to control a 10 amp motor load,
while a 20 amp AC Quiet switch can operate a 16 amp motor load.
In the past, MERCURY switches were available that operated by making and breaking contact within a hermetically sealed capsule containing a pool of mercury.
MERCURY switches were actually silent in operation. However, due to health
concerns about mercury, these switches are no longer manufactured and sold.
MERCURY switches may still be in service in some installations.
Horsepower Ratings
Switches marked with Horsepower (HP) Ratings are suitable for controlling the
motor loads of the HP ratings shown on the switch, as well as loads with a lower
HP rating. To qualify for an HP rating, a switch is tested at six times the full motor
load current corresponding the HP rating marked on the switch. For DC motor load
controllers, the test is made at 10 times the full motor load current corresponding
to the DC HP rating marked on the switch. The test is conducted on six samples
and consists of 50 On-Off operations at the load. For a 3/4 HP rating at 120/240
VAC, two sets of six samples each are tested in addition to the regular overload
endurance, heating and insulation tests. The test circuit characteristics are:
Closed Circuit Volts
Current
Power-Factor
For 3/4 HP Rating
@ 120 VAC
120 VAC
82.8 amps
0.40 – 0.50
For 3/4 HP
@ 240 VAC
240 VAC
41.4 amps
0.40 – 0.50
Note: The current at 240 VAC is 1/2 that at 120 VAC.
All switches must be in good operating condition after the tests have been completed. There must be no
excessive arcing, welding or burning of the contacts nor arc-over to ground (the switch frames are grounded
during the Stalled Rotor Test).
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See Page 223 for information on Leviton’s comprehensive line of Lighting and Fan Speed Controls.
RECEPTACLES
Types of Receptacles
Receptacles generally are made to accommodate either of two types of plugs.
Straight-Blade plugs are pushed in and pulled straight out. Locking plugs are
pushed in and rotated slightly in a clockwise direction to a position were they
cannot be pulled straight out. They must be rotated counterclockwise back to
the insertion position in order to be withdrawn. This locking action is intended to
prevent accidental disconnection of the circuit by pulling the plug straight out
unintentionally.
Grounding
Originally, residential electrical circuitry was “2-pole, 2-wire” and did not have an
equipment grounding means at the receptacle. The only grounding point was at the
service entrance, where the neutral (white) conductor was grounded. The receptacle slot for the neutral wire, according to NEMA configuration 1-15R, must be longer
than the slot for the phase or hot wire (typically black or red). This enables certain
items of equipment, like TV sets and home appliances, to have their external metal
parts or casing grounded through the white neutral connection. Such equipment
uses a polarized plug where the neutral plug blade is wider than the hot plug blade,
ensuring that it mates properly with the NEMA 1-15R configuration receptacle.
Receptacles designed for 2-pole, 2-wire circuits do not have mounting straps that
are connected to a grounding terminal. Leviton still offers 2-pole, 2-wire receptacles
for replacement use only in existing non-grounding systems.
Experience proved that a single grounding point through the neutral conductor was
not sufficiently safe. Conditions could occur where fault currents and differences
in potential lead to shocks, overheating, equipment burnout and fire. Therefore,
the 2-pole, 3-wire circuit was developed. A third conductor, called the grounding
conductor, does not carry current during normal circuit operation. It is connected to
the neutral bus bar at the service entrance and runs along with the current-carrying
neutral and hot conductors. The grounding conductor is connected only to outlet
boxes, chassis and other non-current carrying components that may carry current
in case of damage or defects in the wiring system. It is sometimes referred to as the
“equipment grounding conductor.”
The grounding contacts on the 2-pole, 3-wire receptacles are most commonly
shaped like a “U”, which is how the term “U-ground” evolved. The grounding contacts on these receptacles are securely fastened to the mounting strap. In Leviton
receptacles, the grounding contacts are permanently riveted to the mounting strap,
and in most Leviton Hospital Grade and Industrial Grade receptacles they are an
integral part of the strap. Many Leviton receptacles offer dual ground connection
options to help ensure that the receptacle is properly connected to the grounding
system: An integral green grounding screw for direct connection to the green or
bare grounding wire, and a patented Groundamatic® self-grounding clip riveted to
the strap to provide automatic ground connection when the receptacle is mounted
in a properly grounded metal wallbox.
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Isolated-Ground Receptacles
Although the conventional grounding system provides safety for personnel and equipment, it may be a source of electrical
interference that can cause problems in modern electronic equipment. Because the conventional grounding network runs
through an entire facility, it can unintentionally function as a pick-up of transient electrical signals or “noise.” These transient
signals will then be introduced to equipment through the ground connection. Microprocessor-based equipment, including
computers, cash registers, medical equipment and audio/video equipment, may malfunction as a result of this noise. IsolatedGrounding Receptacles can help eliminate problems caused by electrical interference in a conventional ground system. The
ground contacts on Isolated-Ground Receptacles are electrically isolated from the mounting strap and therefore they are
isolated from the conventional ground system. The green ground screw is connected to a pure ground path that is separate
from a facility’s grounding network. The isolated ground network is relatively free of electrical noise because it is not a
facility-wide grounding path and it’s connected to ground at a single point.
ISOLATED-GROUNDING
RECEPTACLES
Mounting Straps
There are basically two kinds of mounting straps for receptacles. The “through” type passes between the receptacle body and cover.
The “wrap-around” type acts as a cradle for the receptacle, surrounding its side, ends and bottom surfaces.
Power Contact Design
The “contact” does more than make contact with the plug blade — it must grip the plug blade for maximum electrical conductivity and mechanical strength. Leviton
receptacles feature double-wipe contacts that grip both sides of each blade, including the U-ground contacts that are often single-wipe in receptacles made by other
manufacturers. Leviton Hospital Grade and Industrial Grade receptacles feature triple-wipe contacts for added strength and durability in high-abuse applications. Leviton
contacts are made of the copper alloys that offer maximum strength and electrical conductivity.
Wiring of Leviton Receptacles
Side Wiring
Loop wire around terminal screw.
Screw head locks wire against
terminal. For copper or copper/
clad aluminum conductors.
Quickwire™ Connection
Insert wire into wire well. Wire is
automatically clamped by spring
action, insuring good electrical
connection. For copper
conductors only.
Quickwire™ and Screw
Option of
(1) side wiring or
(2) Quickwire connection.
NOTE: For continuous wiring,
both sets of terminals (screw and
Quickwire) can be used together.
Back & Side Wiring
Option of (1) side wiring or (2)
back wiring: Insert wire into well.
Tighten screw, thus clamping
wire against terminal. Back
wiring for copper or copper/clad
aluminum conductors.
Two-Circuit Conversion
To power each outlet of a duplex
receptacle separately, simply
break off the tab between the
two terminals.
GROUND FAULT CIRCUIT INTERRUPTERS (GFCIs)
The Need for Ground Fault Protection
UL 2006 Code Requirements (Effective July 28, 2006)
Circuit breakers and fuses protect equipment and building structures from overheating and fire caused by short circuits and high-current overloads. However, the current level needed to trip a breaker is many times greater than the amount of current
needed to deliver a powerful, and possibly lethal electrical shock. For example, the
hot conductor in an electrical device can become exposed through a break in its
insulation, and it may end up touching the device’s metal enclosure. The leakage
current that now flows through the metal enclosure will be conducted to ground
through any available path — including the body of a human being that happens
to touch the faulty device. This condition is called a Ground Fault, and the current
flowing through the person to ground can be life threatening, though there is usually
nowhere near enough current to trip a circuit breaker.
t*GBNJTXJSJOHMJOFMPBESFWFSTBM
PDDVSTEVSJOHJOTUBMMBUJPOUIF('$*NVTUOPUCF
capable of supplying power to either the GFCI’s face or to feed-through terminals
t('$*TNVTUQSPWJEFBWJTVBMBOEPSBVEJCMFJOEJDBUJPO03CFBCMFUPSFOEFS
themselves incapable of delivering power when they no longer offer ground fault
protection based on a failure to pass their internal test
How a GFCI Works
Note that the National Electrical Code strongly recommends monthly testing of all GFCIs.
Leviton SmartlockPro® GFCI with Lockout Action
The TEST and RESET functions on Leviton’s SmartlockPro® GFCI work together so
that a tripped GFCI cannot be reset if the GFCI circuit is no longer providing ground
fault protection. The RESET button is blocked if GFCI protection has been compromised, eliminating the possibility of end-users incorrectly assuming that a reset GFCI
is providing ground fault protection when it actually is not.
When there is a ground fault condition, all of the current flowing through the “hot”
conductor is not returning through the neutral conductor. A Ground Fault Circuit
Interrupter (GFCI) monitors the difference in current flow between hot and neutral
conductors. If the GFCI senses even a very tiny difference in current flow between
the conductors (a ground fault), it interrupts the flow of electrical current through
the device by opening its internal double-pole contacts. According to UL Standard
943 Class A, the GFCI must trip when there is a ground fault of 5 milliamps (±1mA).
The GFCI must also trip within approximately 25 milliseconds. GFCI receptacles are
rated for 15 or 20 amp circuits. They are used in place of standard box-mounted duplex receptacles. GFCI receptacles can also be feed-through wired to provide ground
fault protection to feed-through wired receptacles downstream.
See Page 149 for information on Leviton’s comprehensive line of Ground Fault Circuit
Interrupter Devices.
SmartlockPro® GFCI RECEPTACLE 7599 Series
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795
ENCLOSURE TYPE DESIGNATIONS
Enclosures serve the dual purpose of protecting personnel from incidental contact with the enclosed electrical equipment and protecting the enclosed equipment against
specified environmental conditions. Enclosures are rated for use in specific environmental conditions by NEMA, UL, CSA and the IEC. The major rating systems used are the
NEMA Type Numbers and the IEC Enclosure Classification Designation.
The IEC Enclosure Classification Designation — IP Suitability Ratings
The IP Suitability Ratings are a system for classifying the degree of protection provided by enclosures of electrical equipment. The higher the number in the rating, the
greater the degree of protection provided by the enclosure. Note that the rating will ONLY apply to properly installed equipment. The chart below defines the numerals in
the IP Code.
1. The First Numeral indicates the degree of protection for persons against access to hazardous parts inside the enclosure and/or against the ingress of solid foreign objects.
2. The Second Numeral indicates the degree of protection of equipment inside enclosures against damage from the ingress of water.
Elements of the IP Code
Meaning for the Protection of Equipment
Code Letters
Ingress Protection
First Number
Second Number
Against Ingress of Solid Foreign Objects
IP
Against Ingress of Water
with Harmful Effects
O – Non protected
O – Non protected
1 – ≥ 50 mm diameter
1 – Vertically dripping
2 – ≥ 12.5 mm diameter
2 – Dripping (15° tilted)
3 – ≥ 2.5 mm diameter
3 – Spraying
4 – ≥1.0 mm
4 – Splashing
5 – Dust-protected
5 – Jetting
6 – Dust-tight
6 – Power jetting
7 – Temporary immersion
8 – Continuous immersion
Note: > denotes greater than or equal to. Example: IP 54 Suitability Rating = Ingress Protection/Dust-protected/Splashing.
ENCLOSURE TYPES FOR NON-HAZARDOUS LOCATIONS
NEMA Standards Publication No. 250-1991
Enclosures for Electrical Equipment (1000 Volts max.)
Type Designation Intended Use and Description
Type 1
Type 2
Type 3
An enclosure is a surrounding case constructed to provide a degree of protection to personnel against incidental contact with the enclosed
equipment and to provide a degree of protection to enclosed equipment against the specified environmental conditions.
Enclosures are intended for indoor use primarily to provide a degree of protection against limited amounts of falling dirt.
Enclosures are intended for indoor use primarily to provide a degree of protection against limited amounts of falling water or dirt.
Enclosures are intended for outdoor use primarily to provide a degree of protection against rain, sleet, windblown dust, and damage
from external ice formation.
UL50 Standard for Enclosures for Electrical Equipment (10th Edition)
Type Designation Intended Use and Description
Type 1
Type 2
Type 3
796
Enclosure — A surrounding case constructed to provide a degree of protection against incidental contact with the enclosed
equipment and to provide a degree of protection to the enclosed equipment against specified environmental conditions.
A complete enclosure shall be provided for all live parts that may be housed in it. The enclosure shall be tight and, unless
designed for a specific installation, such as a cast metal junction or pull box intended to be installed in poured concrete,
shall be provided with means for mounting.
Indoor use primarily to provide a degree of protection against limited amounts of falling dirt.
Indoor use primarily to provide a degree of protection against limited amounts of falling water or dirt.
Outdoor use primarily to provide a degree of protection against rain, sleet, windblown dust and damage from external ice formation.
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CAN/CSA C22.2 No. 94-M91 Special Purposes Enclosures
Type Designation
Intended Use and Description
Enclosures — provide a degree of protection against accidental contact with the enclosed equipment, and to the enclosed
equipment against specified environmental conditions.
No CSA equivalent.
An enclosure for indoor use, constructed so as to provide a degree of protection against dripping and light splashing of noncorrosive
liquids, and falling dirt.
An enclosure for either indoor or outdoor use, constructed so as to provide a degree of protection against rain and snow, undamaged
by the external formation of ice on the enclosures.
Type 1
Type 2
Type 3
NEMA Standards Publication No. 250-1991
Enclosures for Electrical Equipment (1000 Volts max.)
Type Designation
Type 3R
Type 3S
Enclosures are intended for outdoor use primarily to provide a degree of protection against rain, sleet, and damage from external ice formation.
Enclosures are intended for outdoor use primarily to provide a degree of protection against rain, sleet, windblown dust, and to provide for operation of
external mechanisms when ice laden.
Enclosures are intended for indoor or outdoor use primarily to provide a degree of protection against windblown dust and rain, splashing water,
hose-directed water, and damage from external ice formation.
Enclosures are intended for indoor or outdoor use primarily to provide a degree of protection against corrosion, windblown dust and rain, splashing
water, hose directed water, and damage from external ice formation.
Enclosures are intended for indoor use primarily to provide a degree of protection against settling airborne dust, falling dirt, and dripping
noncorrosive liquids.
Enclosures are intended for indoor or outdoor use primarily to provide a degree of protection against hose-directed water, the entry of water during
occasional temporary submersion at a limited depth, and damage from external ice formation.
Enclosures are intended for indoor or outdoor use primarily to provide a degree of protection against hose-directed water, the entry of water during
prolonged submersion at a limited depth, and damage from external ice formation.
Enclosures are intended for indoor use primarily to provide a degree of protection against circulating dust, falling dirt, and dripping noncorrosive liquids.
Enclosures with knockouts are intended for indoor use primarily to provide a degree of protection against circulating dust, fallling dirt, and dripping
noncorrosive liquids.
Enclosures are intended for indoor use primarily to provide a degree of protection against dust, spraying of water, oil, and noncorrosive coolants.
Type 4
Type 4X
Type 5
Type 6
Type 6P
Type 12
Type 12K
Type 13
TESTING STANDARDS
About PSI Ratings
PSI is an abbreviation for pounds per square inch. With respect to water
washdowns in processing plants and industrial marinas, a PSI value should
specify the distance from the nozzle at which the value was taken. Consider
the following situation: 1,000 PSI measured 2 inches from the plug/connector
or 2 ft. from the plug/connector will deliver dramatically different forces.
Leviton Wetguard devices are tested and exceed IEC and UL watertight standards.
These independent tests have defined parameters as noted below:
IEC IP Water Penetration Test:
Water is sprayed from a distance of 3 meters and at a rate of 100 liter/minute
on a joined plug and connector using a 12.5mm diameter nozzle. The water
spray is directed at the connector/plug joint and cable entries.
Result: Wetguard Plugs and Connectors are rated to IP67 when connected.
UL NEMA Water Penetration Test:
Water is sprayed from a distance of 12 ft. and at a rate of 65 gallons/minute on a joined plug and connector using a 1 inch diameter
nozzle. The water spray is directed at the connector/plug joint and cable entries.
Result: Wetguard Plugs and Connectors are rated to NEMA 4X, 6, and 6P when connected.
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797
ENCLOSURE TYPES FOR NON-HAZARDOUS LOCATIONS
UL50 Standard for Enclosures for Electrical Equipment (10th Edition)
Type Designation
Type 3R
Type 3S
Outdoor use primarily to provide a degree of protection against rain, sleet, and damage from external ice formation.
Outdoor use primarily to provide a degree of protection against rain, sleet, windblown dust, and to provide for operation of
external mechanisms when ice laden.
Indoor or outdoor use primarily to provide a degree of protection against windblown dust and rain, splashing water, hose-directed
water, and damage from external ice formation.
Indoor or outdoor use primarily to provide a degree of protection against corrosion, windblown dust and rain, splashing water,
hose-directed water and damage from external ice formation.
Indoor use primarily to provide a degree of protection against settling airborne dust, falling dirt, and dripping noncorrosive liquids.
Indoor or outdoor use primarily to provide a degree of protection against hose-directed water, the entry of water during occasional
temporary submersion at a limited depth, and damage from external ice formation.
Indoor or outdoor use primarily to provide a degree of protection against hose-directed water, the entry of water during prolonged
submersion at a limited depth, and damage from external ice formation.
Indoor use primarily to provide a degree of protection against circulating dust, falling dirt, and dripping noncorrosive liquids.
Indoor use primarily to provide a degree of protection against circulating dust, falling dirt, and dripping noncorrosive liquids.
Indoor use primarily to provide a degree of protection against dust, spraying of water, oil, and noncorosive coolant.
Type 4
Type 4X
Type 5
Type 6
Type 6P
Type 12
Type 12K
Type 13
CAN/ CSA C22.2 No. 94-M91 Special Purposes Enclosures
Type Designation
Type 3R
An enclosure for either indoor or outdoor use, constructed so as to provide a degree of protection against rain and snow, undamaged
by the external formation of ice on the enclosure.
An enclosure for either indoor or outdoor use, constructed so as to provide a degree of protection against rain, snow and windblown
dust, the external mechanism(s) remain operable while ice covered.
An enclosure for either indoor or outdoor use, constructed so as to provide a degree of protection against rain, snow, windblown
dust, splashing and hose-directed water; undamaged by the external formation of ice on the enclosure.
An enclosure for either indoor or outdoor use, constructed so as to provide a degree of protection against rain, snow, windblown
dust, splashing and hose-directed water; undamaged by the external formation of ice on the enclosure.
An enclosure for indoor use, constructed so as to provide a degree of protection against dripping and light splashing of
noncorrosive liquids and settling dust, lint, fibers, and flyings.
An enclosure for either indoor or outdoor use, constructed so as to provide a degree of protection against the entry of water
during occasional temporary submersion at a limited depth; undamaged by the external formation of ice on the enclosure.
An enclosure for either indoor or outdoor use, constructed so as to provide a degree of protection against the entry of water during
prolonged submersion at a limited depth; undamaged by the external formation of ice on the enclosure; resists extended corrosion.
An enclosure for indoor use, constructed so as to provide a degree of protection against circulating dust, lint, fibers, and flyings;
dripping and light splashing of noncorrosive liquids; not provided with knockouts.
dripping and light splashing of noncorrosive liquids; and provided with knockouts.
seepage and spraying of noncorrosive liquids including oils and coolants.
Type 3S
Type 4
Type 4X
Type 5
Type 6
Type 6P
Type 12
Type 12K
Type 13
798
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NEMA AND IEC ENCLOSURE CLASSIFICATIONS
Comparing NEMA Enclosure Type Numbers and IEC Enclosure
Classification Designations (IP Suitability Rating)
IEC
IEC Publication 529, “Classification of Degrees of Protection Provided by Enclosures,”
defines the IP (Ingress Protection) Suitability Rating. The IP Suitability Rating is a
system for classifying the degree of protection provided by enclosures of electrical
equipment. The higher the number in the rating, the greater the degree of protection
provided by the enclosure. The first numeral of the code indicates the degree of protection for persons against access to hazardous parts inside the enclosure and/or
against the ingress of solid foreign objects. The second numeral indicates the degree
of protection of equipment inside enclosures against damage from the ingress of
water. The IP Suitability Rating defined by IEC 529 does not specify any degree of
protection against mechanical damage of equipment, risk of explosions, or conditions such as moisture (i.e. condensation), corrosive vapors, fungus, or vermin.
Phosphor Bronze
Phosphor Bronze, an alloy of copper and tin, is superior in strength to 70/30 brass.
The advantage of using phosphor bronze parts is that they can be thinner than
comparable parts made of standard brass without any loss in strength. For example,
Leviton uses a phosphor bronze alloy of 95% copper and 5% tin to form power contacts in some Industrial Grade receptacles. Phosphor bronze power contacts at .031”
outperform brass power contacts of a thicker gauge.
Beryllium Copper
An alloy of copper and .5% beryllium is used to form some of the components in
Leviton Industrial Grade devices. Beryllium Copper provides excellent strength, durability, electrical conductivity. It also retains its resiliency at elevated temperatures.
These properties make Beryllium Copper ideal for the contact arm in heavy-duty
switches.
Silver-Cadmium Oxide
NEMA
NEMA Standards Publication 250 defines the NEMA Enclosure Type Numbers. Unlike
the IEC Enclosure Classification Designations, NEMA Standards Publication 250 does
tests for environmental conditions such as corrosion, rust, icing, oil and coolants.
For this reason and because the tests and evaluations for other characteristics
are not identical, the IEC Enclosure Classification Designations cannot be exactly
equated with NEMA Enclosure Type Numbers. The table below provides an equivalent conversion from NEMA Enclosure Type Numbers to IEC Enclosure Classification
Designations. Note that the NEMA Types meet or exceed the test requirements for
the associated IEC Classifications. Therefore, this table cannot be used to convert
from IEC Classifications to NEMA Types.
Converting NEMA Type Numbers to IEC Classification Designations
(Note: This table cannot be used to convert IEC classification designations to NEMA
type numbers).
NEMA Enclosure Type Number
Designation
Equivalent IEC Enclosure
Classification
1
IP10
2
IP11
3
IP54
3R
IP14
3S
IP54
4 and 4X
IP56
5
IP52
6 and 6P
IP67
12 and 12K
IP52
13
IP54
Although pure silver is an excellent conductor (superior to copper), it cannot be used
for switch contacts. Over time, arcing caused by actuation would weld the silver contacts together. Silver-cadmium oxide, an alloy of 90% silver and 10% cadmium oxide,
is widely used by Leviton to form switch contacts. Microscopic particles of cadmium
oxide in the silver will decompose due to the heat buildup, preventing the contacts
from welding together.
Zinc-Plated Steel
In additon to being strong and durable, zinc-plated steel provides a higher degree of
corrosion resistance than standard cold-rolled steel. Leviton uses zinc-plated steel
mounting straps in many of its devices. Leviton also offers zinc-plated steel
wallplates for power receptacles, available with either a brass or aluminum finish.
Nickel-Plated Metals
Nickel-plating adds a high degree of corrosion resistance to either brass or steel. All
the metal parts in Leviton Corrosion Resistant devices (blades, contacts, terminals,
mounting straps and screws) are nickel-plated for maximum corrosion resistance. In
some cases, cupronickel screws are used, which provide a high degree of corrosion
resistance.
Leviton uses an electroless nickel-plating process. The standard plating process uses
an electrical charge to coat the metal with nickel. This can produce uneven results,
leaving some areas of the metal more coated than others. The more effective
electroless process involves submerging the metal in a chemical bath where salts
decompose and deposit nickel on the metal substrate. Every surface of the metal
is evenly coated. Leviton uses this electroless process to ensure that its Corrosion
Resistant wiring devices provide maximum performance in extremely damp and corrosive environments.
Stainless Steel
Type 430 Standard Stainless Steel
Materials Used in Wiring Devices
The following is an overview of the materials commonly used in wiring devices.
Note that specific brand names of materials used in Leviton devices are subject
to change due to a variety of factors. These changes will never compromise the
quality, performance and durability features of our wiring devices. Leviton is
committed to maintaining the positive qualities of the materials being replaced
and choosing new materials with superior qualities as they become available.
Brass
The type of brass commonly used in wiring devices is referred to as standard or
“70/30” brass. It is an alloy of 70% copper and 30% zinc that provides the strength
and conductivity needed for power and ground contacts, wiring terminals and terminal screws. It is also used for some mounting straps and wallplates.
The Olin Corporation offers a series of alloys sometimes referred to as High
Performance Brass or “Olin Brass.” Olin brass is a copper alloy consisting of more than
90% copper. It is more resilient than 70/30 brass and used by Leviton to form the
power contacts in some Industrial Grade and Hospital Grade devices.
Type 430 stainless steel is resistant to the corrosive effects of moisture.
Leviton offers a wide selection of wallplates made from this material. Leviton’s
Raintight-While-In-Use Covers are supplied with stainless-steel mounting
screws to help ensure a long service life in wet applications. Note that Type 430
Stainless Steel does have magnetic properties that may interfere with magnetic-sensitive equipment.
Type 302/304 Non-Magnetic Stainless Steel
Type 302/304 Non-Magnetic Stainless Steel is suitable for applications where sensitive equipment may be affected by magnetic material. For example, navigational
equipment in marine applications and MRI equipment in health care environments
are susceptible to magnetic interference. In addition to being non-magnetic, Type
302/304 stainless Steel is more corrosion resistant than Type 430 stainless steel.
Types 302 and 304
differ in composition, but there is virtually no difference between them in terms of
non-magnetic and corrosion-resistant properties.
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799
NEMA AND IEC ENCLOSURE CLASSIFICATIONS
Leviton offers a complete selection of wallplates made of Type 302/304 NonMagnetic Stainless Steel. These wallplates are ideal for any application where magnetic interference must be avoided. Leviton’s Corrosion Resistant wiring devices
feature non-magnetic stainless steel assembly screws to ensure their suitability in
marine applications. For health care applications where non-magnetic devices are
desired, Leviton’s Corrosion Resistant devices should also be used.
CO/ALR Devices
Aluminum is used for residential wiring in Europe because it is a good conductor and
considerably cheaper than copper. Houses with aluminum wiring were built in the
United States, but the practice stopped at least twenty years ago. It was
discovered that poor connections between aluminum wire and steel or brass
terminal screws led to serious fires. There are still homes with aluminum wiring, and
the National Electrical Code stipulates that only CO/ALR devices are to be used in
these applications.
Aluminum wire tends to oxidize over time, and the oxide layer does not conduct
electricity. This results in a poor connection with the wiring device terminal screws,
particularly if they are steel. The connections gradually heat up to the point where
fires are started inside the walls. For this reason, all standard wiring devices contain
the warning, “For use with copper or copper-clad wire ONLY. Do not use with aluminum wire.” The only exception to this are CO/ALR wiring devices.
Leviton offers a selection of CO/ALR devices for use with aluminum wire. In CO/
ALR devices, the terminal screws are plating with the element Indium. Indium is an
extremely soft metal that forms a gas-sealed connection with the aluminum wire,
eliminating problems caused by oxidation.
Thermosets
Thermoset components are manufactured by compression molding, where powdered material is molded by heat and pressure. Thermoset materials cannot be
remolded. The major types of thermoset materials are Phenolic, Urea and Melamine.
Phenolic is primarily used for dark colors, while Urea is used for lighter colors.
All thermoset materials provide dimensional stability when used in wiring devices.
Phenolic is also a flame-resistant material. Thermosets do not provide a high degree
of resistance to impacts, chemicals and solvents, and therefore they are not suitable for heavy-duty applications. Thermosets are not used in Leviton Industrial
Grade devices. Urea is still widely used to manufacture wallplates.
Thermoplastics
Thermoplastic components are manufactured by injection molding where pellets
of the material are heated to a liquid which can flow into a mold. Unlike thermosets, thermoplastics can be remolded. These materials are the preferred choice
for heavy-duty applications because they provide superior resistance to impacts,
chemicals
and solvents compared to thermosets. The following is a list of the major types of
thermoplastic materials, along with some well-known brand names.
tNylon: Zytel ® 101 Type 66 and Zytel Supertough ST 801 Type 66
tPolycarbonate: Lexan ®, Calibre ®, Makrolon ®
tPolyester: Valox ®, Rynite ®
tABS
t Acrylic
Thermoset and Thermoplastic Material
tPolypropylene
There are significant benefits in using thermoplastics in wiring devices instead of
thermosets. Each type of thermoplastic also has particular characteristics that may
make it ideally suited for a specific application.
Zytel ® and Rynite ® are registered trademaks of the DuPont Co.
Lexan ® and Valox ® are registered trademaks of the General Electric Co.
Calibre ® is a registered trademark of the Dow Chemical Co.
Makrolon ® is a registered trademark of Bayer, Inc.
CHEMICAL RESISTANCE OF MATERIALS COMMONLY USED IN WIRING DEVICES*
Nylon
Melamine
Phenolic
Urea
CHEMICALS
Polyvinyl
Poly-
Chloride
carbonate
Rubber
Poly-
Polyester
propylene
Acids
C
B
B
B
A
B
B
A
A
Alcohol
A
A
A
A
A
A
B
A
A
Caustic
Bases
A
B
B
B
A
C
C
B
A
A
Gasoline
A
B
A
C
A
B
B
A
Grease
A
A
A
A
A
B
B
A
A
Kerosene
A
A
A
A
A
B
A
A
A
Oil
A
A
A
A
A
B
A
A
A
Solvents
A
A
A
A
C
C
C
B
B
Water
A
A
A
A
A
A
B
A
A
A – Completely resistant — Good to excellent for general use.
B – Resistance is fair to good — Recommended for limited service.
C – Slow attack. No recommended for use.
*This chemical resistance code applies to general applications. Additonal testing is performed to determine resistivity to chemicals in specific environments.
Thermoplastic Enhancements
UV Stability
Glass-Reinforced Thermoplastics
Thermoplastics provide varying degrees of UV (Ultraviolet Light) stability. For example,
standard grade nylon will lose tensile strength and durability when exposed to sunlight
and weathering. Discoloring will also occur. There are additives that will increase the UV
stability of thermoplastics. UV Stabilized thermoplastics should be used when a device is
intended for extensive outdoor use. For example, Leviton uses UV- stabilized Lexan in its
Raintight-While-In-Use Cover, with excellent results.
Several types of thermoplastics are available in glass-reinforced versions,
including Rynite ®, Lexan ®, Valox ® and nylon. Glass reinforcement increases
the rigidity of the material and also raises the operating temperature.
For example, Leviton Momentary and Maintained Contact Switches feature
glass-reinforced thermoplastic construction, making these switches ideally suited
for rugged applications.
800
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ANSI ARCHITECTURAL SYMBOLS
1. LIGHTING OUTLETS
Ceiling
Wall
Grounded
Ungrounded
1.1
Surface or Pendant Incandescent, Mercury-Vapor, or Similar Lamp Fixture
2.10 Special Purpose Connection or Provision for Connection
1.2
Recessed Incandescent, Mercury-Vapor, or Similar Lamp Fixture
2.11 Multi-outlet assembly
1.3
Surface or Pendant Individual Fluorescent Fixture
1.4
Recessed Individual Fluorescent Fixture
1.5
Surface or Pendant Continuous Row Fluorescent Fixture
1.6
Recessed Continuous Row Fluorescent Fixture
1.7
Bare-Lamp Fluorescent Strip
1.8
Surface or Pendant Exit Light
1.9
Recessed Exit Light
2.12 Clock Hanger Receptacle
2.13 Fan Hanger Receptacle
2.14 Floor Single Receptacle Outlet
2.15 Floor Duplex Receptacle Outlet
2.16 Floor Special-Purpose Outlet
3. SWITCH OUTLETS
1.10 Blanket Outlet
3.6
S
S2
Three-Way Switch S 3
Four-Way Switch S 4
Key-Operated Switch S K
Switch and Pilot Lamp S P
3.7
Switch for Low-Voltage Switching System
3.8
Maser Switch for Low-Voltage Switching System
3.9
Switch and Single Receptacle
3.1
Single-Pole Switch
3.2
Double-Pole Switch
3.3
1.11 Junction Box
3.4
1.12 Outlet Controlled by Low-Voltage Switching when Relay is Installed
in Outlet Box
2. RECEPTACLE OUTLETS
Grounded
Ungrounded
3.5
SL
S LM
3.10 Switch and Double Receptacle
2.1
Single Receptacle Outlet
2.2
Duplex Receptacle Outlet
2.3
Triplex Receptacle Outlet
2.4
Quadruplex Receptacle Outlet
3.15 Ceiling Pull Switch
2.5
Duplex Receptacle Outlet — Split Wired
4. RESIDENTIAL OCCUPANCIES
2.6
Triplex Receptacle Outlet — Split Wired
2.7
Single Special-Purpose Receptacle Outlet
2.8
Duplex Special-Purpose Receptacle Outlet
3.11 Door Switch
3.12 Time Switch
SD
ST
3.13 Circuit Breaker Switch
S CB
3.14 Momentary Contact Switch or Pushbutton for Other Than
Signaling System
MC
S
2.9
4.1
Pushbutton
4.2
Buzzer
4.3
Bell
4.4
Combination Bell-Buzzer
4.5
Chime
4.6
Annunciator
Range Outlet (typical)
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801
NEMA STRAIGHT BLADE CONFIGURATIONS
For General-Purpose Nonlocking Plugs and Receptacles
2-Pole, 2-Wire
Voltage
125V
250V
No.
15 AMPERE
20 AMPERE
Receptacle
Plug
1-15R
1-15P
30 AMPERE
50 AMPERE
Receptacle
Plug
Receptacle
Plug
2-20R
2-20P
2-30R
2-30P
Receptacle
60 AMPERE
Plug
Receptacle
Receptacle
Plug
1
2
2-15P
277V AC
3
Reserved For Future Configurations
600V
4
2-Pole, 3-Wire Grounding
Voltage
125V
250V
277V AC
347V AC
No.
15 AMPERE
20 AMPERE
30 AMPERE
50 AMPERE
60 AMPERE
Receptacle
Plug
Receptacle
Plug
Receptacle
Plug
Receptacle
Plug
5-15R
5-15P
5-20R
5-20P
5-30R
5-30P
5-50R
5-50P
6-15R
6-15P
6-20R
6-20P
6-30R
6-30P
6-50R
6-50P
7-15R
7-15P
7-20R
7-20P
7-30R
7-30P
7-50R
7-50P
24-15R
24-15P
24-20R
24-20P
24-30R
24-30P
24-50R
24-50P
Plug
5
6
7
24
480V AC
8
600V
9
3-Pole, 3-Wire
Voltage
No.
15 AMPERE
Receptacle
125/250V
3Ø 250V
20 AMPERE
Plug
30 AMPERE
50 AMPERE
60 AMPERE
Receptacle
Plug
Receptacle
Plug
Receptacle
Plug
10-20R
10-20P
10-30R
10-30P
10-50R
10-50P
11-20R
11-20P
11-30R
11-30P
11-50R
11-50P
Receptacle
Plug
10
11
11-15R
11-15P
3Ø 480V
12
3Ø 600V
13
Voltage
125/250V
3Ø 250V
No.
15 AMPERE
20 AMPERE
30 AMPERE
60 AMPERE
Plug
Receptacle
Plug
Receptacle
Plug
Receptacle
Plug
Receptacle
Plug
14-15R
14-15P
14-20R
14-20P
14-30R
14-30P
14-50R
14-50P
14-60R
14-60P
15-15R
15-15P
15-20R
15-20P
15-30R
15-30P
15-50R
15-50P
15-60R
15-60P
14
15
3Ø 480V
16
3Ø 600V
17
802
50 AMPERE
Receptacle
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NEMA STRAIGHT BLADE CONFIGURATIONS
For General-Purpose Nonlocking Plugs and Receptacles
4-Pole, 4-Wire
Voltage
No.
15 AMPERE
Receptacle
3ØY 120/208V
20 AMPERE
30 AMPERE
50 AMPERE
60 AMPERE
Plug
Receptacle
Plug
Receptacle
Plug
Receptacle
Plug
Receptacle
Plug
18-15P
18-20R
18-20P
18-30R
18-30P
18-50R
18-50P
18-60R
18-60P
Plug
Receptacle
18
18-15R
3ØY 277/480V
19
3ØY 347/600V
20
Voltage
No.
15 AMPERE
Receptacle
3ØY 120/208V
20 AMPERE
Plug
Receptacle
21
30 AMPERE
Plug
Receptacle
50 AMPERE
Plug
60 AMPERE
Plug
3ØY 277/480V
22
3ØY 347/600V
23
Receptacle
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803
NEMA LOCKING CONFIGURATIONS
For Locking Type Plugs and Receptacles
2-Pole, 2-Wire
Voltage
125V
250V
No.
15 AMPERE
20 AMPERE
Receptacle
Plug
L1-15R
L1-15P
30 AMPERE
Receptacle
Plug
L2-20R
L2-20P
Receptacle
Plug
L1
L2
277V AC
L3
600V
L4
Voltage
125V
250V
277V AC
347V AC
480V AC
600V AC
No.
15 AMPERE
20 AMPERE
30 AMPERE
Receptacle
Plug
Receptacle
Plug
Receptacle
Plug
L5-15R
L5-15P
L5-20R
L5-20P
L5-30R
L5-30P
L6-15R
L6-15P
L6-20R
L6-20P
L6-30R
L6-30P
L7-15R
L7-15P
L7-20R
L7-20P
L7-30R
L7-30P
L24-20R
L24-20P
L8-20R
L8-20P
L8-30R
L8-30P
L9-20R
L9-20P
L9-30R
L9-30P
Receptacle
Plug
Receptacle
Plug
L10-20R
L10-20P
L10-30R
L10-30P
L11-20R
L11-20P
L11-30R
L11-30P
L12-20R
L12-20P
L12-30R
L12-30P
L13-30R
L13-30P
L5
L6
L7
L24
L8
L9
3-Pole, 3-Wire
Voltage
No.
15 AMPERE
Receptacle
125/250V
3Ø 250V
3Ø 600V
30 AMPERE
L10
L11
L11-15R
3Ø 480V
20 AMPERE
Plug
L11-15P
L12
L13
Voltage
No.
15 AMPERE
Receptacle
125/250V
3Ø 250V
3Ø 480V
3Ø 600V
804
20 AMPERE
Plug
30 AMPERE
Receptacle
Plug
Receptacle
Plug
L14-20R
L14-20P
L14-30R
L14-30P
L15-20R
L15-20P
L15-30R
L15-30P
L16-20R
L16-20P
L16-30R
L16-30P
L17-30R
L17-30P
L14
L15
L16
L17
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NEMA LOCKING CONFIGURATIONS
For Locking Type Plugs and Receptacles
4-Pole, 4-Wire
Voltage
No.
15 AMPERE
Receptacle
20 AMPERE
Plug
30 AMPERE
Receptacle
Plug
Receptacle
Plug
L18-20R
L18-20P
L18-30R
L18-30P
L19-20R
L19-20P
L19-30R
L19-30P
L20-20R
L20-20P
L20-30R
L20-30P
Receptacle
Plug
Receptacle
Plug
L21-20R
L21-20P
L21-30R
L21-30P
L22-20R
L22-20P
L22-30R
L22-30P
L23-20R
L23-20P
L23-30R
L23-30P
3ØY 120/208V L18
3ØY 277/480V L19
3ØY 347/600V L20
Voltage
No.
15 AMPERE
Receptacle
20 AMPERE
Plug
30 AMPERE
3ØY 120/208V L21
3ØY 277/480V L22
3ØY 347/600V L23
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805
HORSEPOWER RATINGS FOR NEMA CONFIGURATIONS —
For Plugs and Receptacles Only
STRAIGHT BLADE CONFIGURATIONS
LOCKING CONFIGURATIONS
NEMA
AC HP Rating
Rating
NEMA
AC HP Rating
Rating
1-15
0.5
15A-125V
L1-15
0.5
15A-125V
2-15
1.5*
15A-250V
L2-20
2*
20A-250V
2-20
2*
20A-250V
L5-15
0.5
15A-125V
2-30
2*
30A-250V
L5-20
1
20A-125V
5-15
0.5
15A-125V
L5-30
2
30A-125V
5-20
1
20A-125V
L6-15
1.5*
15A-250V
5-30
2
30A-125V
L6-20
2*
20A-250V
5-50
2
50A-125V
L6-30
2*
30A-250V
6-15
1.5*
15A-250V
L7-15
2
15A-277V AC Only
6-20
2*
20A-250V
L7-20
2
20A-277V AC Only
6-30
2*
30A-250V
L7-30
3
30A-277V AC Only
6-50
3*
50A-250V
L8-20
3
20A-480V AC Only
7-15
2
15A-277V AC Only
L8-30
5
30A-480V AC Only
7-20
2
20A-277V AC Only
L9-20
NA
20A-600V AC Only
7-30
3
30A-277 V AC Only
L9-30
NA
30A-600V AC Only
7-50
5
50A-277V AC Only
L10-20
2 L-L*/1 L-N
20A-125/250V
10-20
2 L-L*/1 L-N
20A-125/250V
L10-30
2 L-L*/2 L-N
30A-125/250V
10-30
2 L-L*/2 L-N
30A-125/250V
L11-15
2
15A-250V 3Ø
10-50
3 L-L*/2 L-N
50A-125/250V
L11-20
3
20A-250V 3Ø
11-15
2
15A-250V 3Ø
L11-30
3
30A-250V 3Ø
11-20
3
20A-250V 3Ø
L12-20
5
20A-480V 3Ø
11-30
3
30A-250V 3Ø
L12-30
10
30A-480V 3Ø
11-50
7.5
50A-250V 3Ø
L13-30
NA
30A-600V 3Ø
14-15
1.5 L-L*/0.5 L-N
15A-125/250V
L14-20
2 L-L*/1 L-N
20A-125/250V
14-20
2 L-L*/1 L-N
20A-125/250V
L14-30
2 L-L*/2 L-N
30A-125/250V
14-30
2 L-L*/2 L-N
30A-125/250V
L15-20
3
20A-250V 3Ø
14-50
3 L-L*/2 L-N
50A-125/250V
L15-30
3
30A-250V 3Ø
14-60
3 L-L*/2 L-N
60A-125/250V
L16-20
5
20A-480V 3Ø
15-15
2
15A-250V 3Ø
L16-30
10
30A-480V 3Ø
15-20
3
20A-250V 3Ø
L17-30
NA
30A-600V 3Ø
15-30
3
30A-250V 3Ø
L18-20
2
20A-120/208V 3ØY
15-50
7.5
50A-250V 3Ø
L18-30
3
30A-120/208V 3ØY
15-60
10
60A-250V 3Ø
L19-20
5
20A-277/480V 3ØY
18-15
2
15A-120/208V 3ØY
L19-30
10
30A-277/480V 3ØY
18-20
2
20A-120/208V 3ØY
L20-20
NA
20A-347/600V 3ØY
18-30
3
30A-120/208V 3ØY
L20-30
NA
30A-347/600V 3ØY
18-50
7.5
50A-120/208V 3ØY
L21-20
2
20A-120/208V 3ØY
18-60
7.5
60A-120/208V 3ØY
L21-30
3
30A-120/208V 3ØY
L-L Denotes phase-to-phase HP rating.
L-N Denotes phase-to-neutral HP rating.
L22-20
5
20A-277/480V 3ØY
*Suitable for 208V motor applications at HP rating.
L22-30
10
30A-277/480V 3ØY
L23-20
NA
20A-347/600V 3ØY
L-L Denotes phase-to-phase HP rating.
L-N Denotes phase-to-neutral HP rating.
*Suitable for 208V motor applications at HP rating.
806
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CIRCUIT WIRING DIAGRAMS
Wiring Diagrams for NEMA Configurations
125V — 2-POLE, 2-WIRE
250V — 2-POLE, 2-WIRE
125V — 2-POLE, 3-WIRE GROUNDING
250V — 2-POLE, 3-WIRE GROUNDING
277V AC — 2-POLE, 3-WIRE GROUNDING
125/250V — 3-POLE, 3-WIRE
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807
3Ø 250V — 3-POLE, 3-WIRE
125/250V — 3-POLE, 4-WIRE GROUNDING
3Ø 250V — 3-POLE, 4-WIRE GROUNDING
808
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3ØY 120/208V — 4-POLE, 4-WIRE
3ØY 347/600V — 4-POLE, 4-WIRE
3ØY 277/480V — 4-POLE, 4-WIRE
3ØY 120/208V — 4-POLE, 5-WIRE GROUNDING
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809
SWITCH WIRING DIAGRAMS
STANDARD TOGGLE TYPE SWITCHES
Single Pole
Double Pole
3-Way to 3-Way
3-Way
4-Way
3-Way
LIGHTED HANDLE SWITCHES
Single-Pole Lighted
3-Way Lighted
Handle
lights when
load
is OFF
PILOT LIGHT SWITCHES
Single-Pole Pilot
Double-Pole Pilot
Handle
lights when
load
is ON
3-WAY PILOT SWITCHES
Handle
lights when
load
is ON
810
3-POSTION SWITCHES MOMENTARY AND MAINTAINED
Single-Pole, Double Throw
(SPDT) Center OFF
Double-Pole, Double Throw
(DPDT) Center OFF
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DIAMETER RANGES OF JACKETED CORD IN ACCORDANCE WITH STANDARD UL62
Acceptable Range For Overall Diameter of Jacketed Cord Indicated in Inches
and Millimeters (in parentheses)
TYPE OF CORD
AWG SIZE
2-CONDUCTOR
3-CONDUCTOR
4-CONDUCTOR
5-CONDUCTOR
SV, SVO, SVT, SVTO
18
.22-.26
(5.6-6.6)
.23-.27
(5.8-6.9)
—
—
SJ, SJO, SJT, SJTO
18
.28-.32
(7.1-8.1)
.30-.34
(7.6-8.6)
.33-.37
(8.4-9.4)
—
16
.31-.34
(7.9-8.6)
.33-.36
(8.4-9.1)
35-.40
(8.9-10.2)
—
14
.34-.38
(8.6-9.7)
.36-.40
(9.1-10.2)
.39-.44
(9.9-11.2)
—
12
.41-.46
(10.4-11.7)
.43-.48
(10.9-12.2)
.47-.52
(11.9-13.2)
—
10
.54-.61
(13.7-15.5)
.57-.64
(14.5-16.3)
.63-.70
(16.0-17.8)
—
18
.34-.39
(8.6-9.9)
.36-.40
(9.1-10.2)
.39-.43
(9.9-10.9)
.46-.51
(11.7-13.0)
16
.37-.41 )
(9.4-10.4)
.39-.43
(9.9-10.9)
.41-.46
(10.4-11.7)
.49-.55
(12.4-14.0)
14
.50-.55
.52-.58
(12.7-14.0)
.56-.62
(13.2-14.7)
.63-.71
(14.2-15.7)
(16.0-18.0)
12
.57-.63
(14.5-16.0)
.59-.66
(15.0-16.8)
.64-.71
(16.3-18.0)
.70-.77
(17.8-19.6)
10
.62-.69
(15.7-17.5)
.65-.72
(16.5-18.3)
.70-.78
(17.8-19.8)
.76-.84
(19.3-21.3)
8
.78-.88
(19.8-22.4)
.83-.93
(21.1-23.6)
.93-1.05
(23.6-26.7)
1.00-1.15
(25.4-29.2)
6
.92-1.05
(23.4-26.7)
.97-1.10
(24.6-27.9)
1.05-1.20
(26.7-30.5)
1.18-1.33
(30.0-33.8)
4
1.06-1.21
(26.9-30.7)
1.13-1.28
(28.7-32.5)
1.25-1.45
(31.8-36.8)
—
2
1.21-1.40
(30.7-35.6)
1.30-1.50
(33.0-38.1)
1.45-1.65
(36.8-41.9)
—
S, SO, ST, STO
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811
DIMENSIONS - WALLPLATES
WALLPLATE SIZE COMPARISON
WALLPLATE DIMENSIONS
Gangs
Standard
4.50 H x D*
(114.3 H x D*)
Midway
4.88 H x .260 D
(123.8 H x 6.5 D)
Oversized
5.25 H x .260 D
(133.4 H x 6.5 D)
1
2.75 (69.9)W
3.13 (79.4)W
3.50 (88.9)W
2
4.56 (115.9)W
4.94 (125.4)W
5.31 (134.9)W
3
6.38 (161.9)W
6.75 (171.5)W
—
4
8.19 (208.0)W
5
10 (254.0)W
6
11.81 (300.0)W
NOTE: This chart is based on the standard calculation
of adding 1.81” (46.0) width for each gang in
multi-gang wallplates.
*DEPTHS OF STANDARD WALLPLATES: Plastic — .22 (5.6)
Metal — .19 (4.7)
STANDARD SIZE WALLPLATE
81001 Series and 81003 Series
812
MIDWAY SIZE WALLPLATE
80501 Series
OVERSIZED WALLPLATE
85101 Series
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DECORA WALLPLATES
Standard Size
Single-Gang Screwless Snap-On Wallplate
Standard Size
Single-Gang
Midway Size
Single-Gang
80401 Series
80601 Series
80301 Series
POWER RECEPTACLE WALLPLATES
4934 Series
80526 Series
S701
80528 Series
4927 Series
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813
TELEPHONE WIRING DEVICES CODES AND STANDARDS
Industry Standards
At Leviton, our concern since deregulation has been the proliferation of poor quality
devices and equipment being attached to the network. These devices meet few
of the customary standards for mechanical integrity and combustibility and have
caused a number of problems for those who have installed them.
The responsibility for ensuring that no sub-standard devices are connected to the
network rests on everyone’s shoulders. In fact, the FCC recently issued a Public
Notice strongly reminding manufacturers, carriers and customers that the manufacture and installation of substandard devices and equipment will not be tolerated —
and that a substantial fine is the penalty for noncompliance. Recently, organizations
such as the Federal Communications Commission (FCC), Underwriters Laboratories
(UL), the Canadian Standards Association (CSA), and the Telecommunications
Industry Association (TIA) have been developing standards for premise wiring systems, Additionally, Article 800 of the National Electrical Code (NEC), published by
the National Fire Protection Association (NFPA), mandated “listing” of equipment
connected to telecommunications networks. Leviton has always played a role in the
standards-making process and will continue to do so. We wholeheartedly support
this new standards environment.
t5IFiFYUSBPSEJOBSZQSPDFEVSFTwBDDFQUBODFUFTUJOHBOEDBSSJFSOPUJmDBUJPOGPSXJSJOH
clause has been eliminated. The carrier is no longer required to take steps to protect
the network from harm when there is a violation of Part 68, a failure during testing
of newly installed wiring, or when harm has actually occurred. Once again, because
the carriers now have less access to the customer premise, they will also have less
responsibility in maintaining the network.
t$VTUPNFSQSPWJEFEBTXFMMBTDBSSJFSQSPWJEFEQMVHTBOEKBDLTNVTUNFFU4VCQBSU
F of part 68 when newly installed on ar after January 1, 1991. Prior to this ruling,
Part 68 could be interpreted to require that only the jack at the network interface
conform to Part 68.
Beware of the Number Game
FCC Part 68, Subpart F, specifies that contacts in the telephone jacks must have 50
micro-inches of gold over 100 micro-inches of nickel. Some manufacturers claim
.5 microns of gold plating on their jack contacts. At 39.37 micro-inches per micron,
that’s only 19.7 micro-inches — less than half of what is required to meet FCC Part 68
specifications. If jack contacts have not been plated with the right thickness or quality
of gold, corrosion at these critical points can cause signal degradation, equipment
failure, and even damage to the public telephone network. Data networks are more at
risk because even slight imperfections result in transmission error or data loss.
Reduce Risks — Specify Leviton
Industry Basics: Drawing the Line
The dividing line between public network and customer premises is called the
demarcation point. Equipment, including wiring, on the network side of the
demarcation point is the property and responsibility of the local telephone company
(telco). Equipment and wiring on the customer side is the responsibility of the
customer, who may procure equipment, materials, and service from the provider of
their choice. A subscriber network interface (SNI) often called a “demarcation jack”,
is recommended to be installed at the demarcation point. A standard registered jack
is often used at this point so that the network and the premise wiring system can
be quickly separated from each other. The location of the SNI depends on local rules
and on such factors as the number of units in the facility, access, and the type and
age of connecting hardware. The SNI may be inside the building or outside.
FCC Part 68 Requirements
The equipment standards outlined in FCC Part 68 were developed long before
divestiture to assure consumers, manufacturers and carriers that terminal
equipment and wiring could be connected without degrading the network. Part
68 describes minimum requirements for the mechanical or physical properties of
wiring devices such as the amount of gold on jack contacts, electrical performance,
dimensional integrity, material properties, and spring characteristics of contacts.
Only equipment meeting FCC Part 68 standards may be manufactured and
connected to the network. The vast changes that have occurred in the industry
because of evolving deregulation have made it necessary to modify Part 68. To
this end, FCC Wiring Docket 88-57 was issued in 1990. There have been numerous
attempts to change this docket; however, as of this writing, the following guidelines
are true:
t4JODF1BSUTQFDJmFEUIBUBMMDPOOFDUJPOTUPUIFOFUXPSLCFNBEFUISPVHI
the standard plugs and standard telephone company-provided jacks described
in Subpart F or Part 68. Now, Docket 88-57 permits customers to connect to the
carrier’s jack or wiring.
t5IFEFNBSDBUJPOQPJOUIBTCFFOSFEFmOFEUPCFOPUNPSFUIBOJODIFTGSPNUIF
protector, or when no protector is present, 12 inches from the point of entry to
the premises. In the past, the demarcation point could extend into the customer
premise hundreds of feet, if necessary, depending on the wiring application. The
new 12-inch ruling limits the carrier’s access to the customer premise.
tThe carriers are not responsible for customer wiring unless they have an agreement for
such responsibility. Because the customer can now install a jack at the network interface,
the customer is responsible for any wiring errors and malfunctions that occur.
814
There are no two ways about it. The risk to your operation and equipment is so great
that it only makes sense to insist on top-quality station products. When you specify
Leviton jacks, you’re assured maximum contact life with minimum resistance. We start
with durable phosphor-bronze contacts and plate them with a full 50 micro-inches
of lubricated hard gold over 100 micro-inches of nickel (or the electrical performance
equivalent as specified in FCC Part 68 requirements). Jack openings are built within
precise tolerances. High-quality thermoplastic rated UL 94V-0 resists distortion from
changes in temperature and humidity, physical stress, and aging. Spring contacts are
engineered to maintain positive contact pressure over the life of the device.
Telecommunications Industry Association Standards
If FCC regulations protect the telephone network from harm and UL requirements
protect the consumer from harm, who is responsible for providing performance
standards for the telecommunications industry? Recently, the FCC asked the
Telecommunications Industry Association (TIA), a sister organization of the Electronic
Industries Association (EIA), to take on this task, and they accepted the challenge. The
TIA was asked to define minimum standards for such things as how to wire a building,
what kind of wire to use, and so on. The following standards went into effect in 1991.
tPathway Standard (EIA/TIA 569-A): This standard for installing pipe and conduit
in commercial buildings is now available through TIA and the American National
Standards Institute (ANSI).
tResidential/Light Commercial Wiring (EIA/TIA 570): A draft of this standard,
which applies to premises with up to four telephone lines, has been reviewed by
ANSI and TIA committees and released.
tCommercial Wiring Standard (EIA/TIA 568-A): The Commercial Wiring Standard
applies to premises with more than four telephone lines. This draft has also been
reviewed and released by ANSI and TIA committees. At time of printing, the
standards are undergoing major revisions and are currently up for ballot.
We’re the “Standards” People
Because Leviton is an active participant in the formation of North American codes
and standards, you can be assured that our product development activities fully
support this emerging standards environment. In fact. we have prepared several
publications which describe standard practices and provide installation guidelines for
contractors. Many Leviton distributors also sponsor training programs dealing with
telecom wiring. And, of course, Leviton’s Applications Engineering Group is always
ready to assist you with any questions you may have about standards and codes,
standard practices, or any installation problem.
www.barr-thorp.com
WIRE COLOR CODES AND JACK PIN DESIGNATIONS
25-PAIR COLOR CODING/ISDN CONTACT ASSIGNMENTS
Electrical Network Connection
From 1 to 25 single or multiple-pair circuits bridged to the network or other
connected equipment.
RJ21X
Mechanical Arrangement
Circuits are provided on numbered tip and ring positions on a miniature 50-pin ribbon connector (Amphenol-type). Pins 1 (ring) and 26 (tip) are considered position 1.
Pins 2 (ring) and 27 (tip) of the ribbon connector are position 2. This pairing continues through twenty-five pairs.
Typical Usage
Many key and PBX systems specify the RJ21X, or ‘Amphenol-type’ as the network
interface device. Many of these systems also use the RJ21X as a connector for stations or telephone sets, wired from the KSU or PBX Main Distribution Frame.
Note: Sometimes an RJ11 or RJ14C can be installed in place of an RJ21X. While
many smaller systems that require only a few lines may show the RJ21X as
the ‘official’ jack required under registration, less complex jacks such as the
RJ11 or RJ14C can often be specified (perhaps in multiples). If the system
requires only a few lines but the RJ21X is specified on the registration label,
under FCC Part 68 you may specify the RJ11C, RJ14C, RJ25C, or RJ61X instead.
Many Leviton jacks can be used for the RJ21X configuration where
‘intermixing’ is permitted. Substitution of these special jacks is often both
economical and practical. Contact Leviton Network Solutions Division for information about versions to meet your requirements.
ISDN Assignment of Contact Numbers as specified
by ISO Document 8877: 1987 (E)
Contact assignments for plugs and jacks:
Contact
Number
TE
NT
Polarity
1
Power source 3
Power sink 3
+
2
Power source 3
Power sink 3
-
3
Transmit
Receive
+
4
Receive
Transmit
+
5
Receive
Transmit
-
6
Transmit
Receive
-
7
Power sink 2
Power source 2
-
8
Power sink 2
Power source 2
+
Note: For use in TE to TE interconnections, power source/sink 3 shall conform
to the requirements specified in CCITT Recommendation 1.430, section 9.2 for
power source/sink 2.
WIRE COLOR CODES
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815
FREQUENTLY ASKED QUESTIONS
General Product FAQs
t*OSFGFSFODFUPTXJUDIJOHXIBUEPUIFUFSNTiTJOHMFQPMFwiXBZw
and “multi-location” mean?
Leviton offers a selection of CO/ALR devices for use with aluminum wire. In CO/ALR
devices, the terminal screws are plating with the element Indium. Indium is an
extremely soft metal that forms a gas-sealed connection with the aluminum wire,
eliminating problems caused by oxidation.
t5IFNBSLJOHT6-/0.BOE$4"DBOCFGPVOEPOTPNF-FWJUPO
devices. What do they represent?
-UL (Underwriters Laboratories Inc) - An independent, not-for-profit organization
testing for public safety. Tests by UL are the basis for acceptance by various
government agencies. Listing by UL denotes initial testing and periodic retesting to
assure continuing conformance to standards.
A single pole switch means to be able to control one lighting fixture from
one switch location.
NOM – Norma Official Mexicana (Mexican Official Standard) NOM standards are
the official Mexican product safety requirements. Electrical, electronic, medical,
wireless, and telecom products sold in Mexico must be tested to the national,
mandatory NOM standards by an accredited Mexican laboratory.
CSA - CSA Standards define construction, performance, and marking requirements
for wiring devices for use in accordance with the Canadian Electrical Code, Part 1.
Products covered by CSA Standards are regularly checked and tested by the Canadian
Standards Association’s Factory Audit Program.
Combination Switches
t 8IZBSFUIFSFUXPCMBDLTDSFXTPONZDPNCJOBUJPOTXJUDI
There are two black screws provided so that if you wish you can feed power
separately to the switches or switches and receptacles.
3-way switching means controlling 1 light fixture from 2 locations. This is typically
found at both ends of a stairway or hallway.
Multi-location switching means controlling 1 fixture from 2 or more remote locations,
usually ideal for large rooms. Leviton Vizia+®, Acenti®, and True Touch™ dimmers can be
used with up to 5 remote units to provide full-range dimming and ON/OFF switching at
all locations.
t*OUFSNTPGXJSJOHEFWJDFTXIBUEPFTCBDLXJSFETJEFXJSFEBOE
quickwire mean?
-Back Wired is a wiring termination that can be accomplished by inserting a
pre-stripped solid or stranded conductor into a wiring device terminal opening,
followed by tightening the adjacent terminal screw, which will compress the
conductor between the terminal and a pressure plate.
-Side Wired is a wiring termination that is accomplished by a 3/4” turn looping
pre-stripped solid or stranded conductor under terminal screws.
-Quickwired is a wiring termination that is accomplished by inserting pre-stripped
solid, #14 AWG conductors into a device terminal opening. The wire is secured by an
internal clamping mechanism.
t8IZBSFTPNFEFWJDFTXJSFMFBETOPUDPQQFSDPMPSFE
The wires that appear to be silver in color are tinned copper, and are a result of the
tinning process. Tinned copper wires are suitable for use with copper wiring.
t %PFTUIFCSBTTUBCPOUIFOFFEUPCFCSPLFO
The brass tab must be broken if you are going to feed each switch with a separate
power source. If there is only a single power feed in the wallbox then you will keep
the tab intact and attach the power feed to either one of the black screw terminals.
t*NSFQMBDJOHBTJOHMFQPMFTXJUDIXJUIBTJOHMFQPMF
switch/receptacle, but only have two wires and a ground in the wall
box. Can the 5225 be installed at this switch location?
The 5225 will require a line, load, and a neutral connection in order for the receptacle
to work. If ground is available, that should be connected as well. If the existing switch
had no neutral connected, then check your wall box for neutral connections that may
be passing through the wall box that you can connect to the device.
t$BOUIFTXJUDIPOUIFDPOUSPMUIFSFDFQUBDMF
For the switch to control the receptacle, you would connect the line hot wire to the
brass screw and the neutral wire to the silver screw.
VPT24
t*TUIF715DPNQBUJCMFXJUInVPSFTDFOUBOEDPNQBDUnVPSFTDFOU
lighting?
Yes it is.
t%PFTUIF715SFRVJSFBDPOOFDUJPO
to neutral?
Yes. Neutral is required in order for the timer to function.
t)PXDBO*EFMFUFBMMQSPHSBNNJOHPOUIFEFWJDF
t$BODPQQFSXJSJOHEFWJDFTCFVTFEXJUIBMVNJOVNXJSF
NO! Aluminum wire tends to oxidize over time, and the oxide layer does not
conduct electricity. This results in a poor connection with the wiring device terminal
screws, particularly if they are steel. The connections gradually heat up to the point
where fires are started inside the walls. For this reason, all standard wiring devices
contain the warning, “For use with copper or copper-clad wire ONLY. Do not use with
aluminum wire.” The only exception to this is CO/ALR wiring devices.
816
To delete programming only, press and hold set followed by Override until delete
stops flashing. Then let go of buttons and all prgamming will be deleted.
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General Dimmer FAQs
t8IZBSFUIFMJHIUCVMCTCV[[JOHBGUFS*JOTUBMMFEBOFX
incandescent dimmer?
Because of the way all dimmers deliver power at settings other than full
brightness, the filaments inside a light bulb may vibrate when lighting is dimmed.
This filament vibration causes the hum. To silence the fixture, a slight change in
the brightness setting will usually eliminate bulb noise. The most effective way
to quiet the fixture is to replace the light bulb.
t*TJUOPSNBMGPSBEJNNFSUPGFFMXBSNXIFOJOVTF
In service, it is normal for dimmers to feel warm to the touch: it is completely
acceptable as long as the temperatures remain within the limits established by
UL and the manufacturer. Underwriters Laboratories (UL) has specified limiting
parameters for this type of heat buildup. The average dimmer operates at
approximately 140°F; UL allows a maximum temperature of 195°F. When
dimmers are ganged together, each dimmer’s load must be derated to offset
the resulting heat build-up from the presence of several units in the same wallbox.
t5IFSFJTOPHSPVOEXJSFJOUIFCPYXIBUEP*EPXJUIUIF
green wire?
When there is no ground available within the wallbox, the 2008 NEC article 404.9
exception to (b) permits a dimmer without a ground connection to be installed as
a replacement. For this type of installation, cap or remove the dimmer ground wire.
t%PFT-FWJUPOPÿFSBEJNNFSGPSEJNNBCMFDPNQBDU
nVPSFTDFOUCVMCT$'-T
Dimming
Incandescent
Lights by:
10%
25%
50%
75%
Reduces
Energy
Consumption by:
10%
20%
40%
60%
t8IBUJTBi1SFTFUwEJNNFS
A preset dimmer contains a separate
switch that turns light ON and OFF
without changing the dimmer setting.
t%PEJNNFSTSFBMMZTBWFFOFSHZ
One of the easiest ways to reduce
electricity consumption is via a combination of dimmers and task lighting. Not
only do dimmed lights draw less electricity, they produce less heat – and that can
reduce cooling costs, which can really add up in warmer climates. As a general rule:
the more you dim, the more you save. Dimming also enables bulbs to last longer.
t$BO*VTFBEJNNFSBUFBDITXJUDIMPDBUJPOJOBPSXBZ
application?
NO. Only one mechanical dimmer can be used in a 3 or 4-way application with a
standard 3 and 4-way. For multi-location dimming use controls from Leviton’s
Vizia +®, Acenti® or True Touch® series with up to 5 remote units to provide
full-range dimming and ON/OFF switching at all locations.
6696
t*TDPNQBUJCMFXJUInVPSFTDFOUBOEDPNQBDUnVPSFTDFOU
lighting?
No. The 6696 is rated for 300 Watts of incandescent lights only.
t*TUIFUSBOTNJUUFSPSSFDFJWFSTXJUDIBWBJMBCMFTFQBSBUFMZ
Yes, Leviton offers a dimmer, Cat. No. 6673, dimmable CFL bulbs.
It also detects and adjusts performance for incandescant bulbs.
No. The 6696 is only available for purchase as a complete set.
t$BO*VTFPOFUSBOTNJUUFSGPSNPSFUIBOPOFSFDFJWFS
t$BOBEJNNFSDPOUSPMBGBO NO. Fan controls have special circuitry to regulate motors. Dimmer controls are
not engineered or intended to control fans, and will cause damage to the fans
motor. Always use fan speed controls to control fans and fan/light controls to
control light fixtures with fans.
t)PXEP*UFMMNBHOFUJDBOEFMFDUSPOJDMPXWPMUBHF
transformers apart?
Yes you can, provided that the transmitter and the receivers are on the same
letter code.
t)PXGBSDBOUIFUSBOTNJUUFSBOESFDFJWFSCFQMBDFEBQBSU
The operating range between transmitter and receiver is 50 feet.
t*GUIFSFDFJWFSEPFTOPUSFTQPOEBOEUVSOUIFMJHIUTPOXIFOUIF
transmitter is operated, what can be done?
Transformers may have magnetic (core and coil, toroidal) or electronic (solid-state)
clearly indicated on the product. However this is not a required marking and will not
be found on all products. The best way to determine transformer type is to
contact the manufacturer.
t8IBUJTiHBOHJOHwBOEiEFSBUJOHw
Ganging means installing dimmers side-by-side in one larger-size wallbox.
Dimmers are always ganged vertically and must be “derated” to prevent heat
buildup.Consult the product instruction sheet for derating chart.
Be sure that both the transmitter and receiver are set to the same letter code.
6681
t5IFEJNNFSIBTUXPCMBDLMFBETBOEPOFHSFFO 8IFSFEPUIFTF
leads go?
The black wires are interchangeable, so one connects to the hot wire coming
from the panel; the other black connects to the hot leg of the load, and the
green to ground.
t5IFEJNNFSHFUTXBSNUPUIFUPVDI*TUIJTBQSPCMFN
t$BONPSFUIBOPOFEJNNFSCFHBOHFEUPHFUIFSJOBNVMUJHBOH
wallbox?
Yes. Two or more dimmers can be placed in the same wallbox, but the reduction
of the dimmers’ capacity is required. Consult the product instruction sheet for
derating chart.
t8IBUJTBIFBUTJOLBOEIPXEPFTJUXPSL
The metal mounting strap on the dimmer removes heat from the device. Dimmers
designed for heavier lighting loads use architectural metallic fins as heat sinks.
Leviton mounting straps are the most efficient available, allowing cool, continuous
operation for up to 2000 Watt loads.
In service, it is normal for dimmers to feel warm to the touch: it is completely
acceptable as long as the temperatures remain within the limits established by
UL and the manufacturer. Underwriters Laboratories (UL) has specified limiting
parameters for this type of heat buildup. The average dimmer operates at
approximately 140°F; UL allows a maximum temperature of 195°F. When dimmers are ganged together, each dimmer’s load must be derated to offset the
resulting heat build-up from the presence of several units in the same wallbox.
t*EPOPUIBWFBHSPVOEJONZCPYNBZ*VTFUIJTEJNNFS
Yes. A ground is not required to operate this dimmer.
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817
GFCI FAQs
t8IBUJTB('$*
A GFCI is a receptacle or outlet designed to protect people from hazardous
ground faults. A ground fault occurs when electrical current travels through any
abnormal path to ground, which can be dangerous if the current travels through
a person. This can happen when any appliance plugged into an outlet becomes
damaged. Electrical current “leaking” from the faulty appliance can travel
through anyone touching it, especially in a wet environment, causing a serious
electrical shock.
t)PXEPFTB('$*XPSL
The GFCI monitors the flow of electricity from the outlet to any electrical device
plugged into it. If the GFCI detects that some current is not returning to the
receptacle, and is going out through another path, the GFCI will quickly turn off
power to the receptacle.
t8IFSFBSF('$*TSFRVJSFE
GFCIs (Ground Fault Circuit Interrupters) are required in many locations,
particularly where water and electricity may meet. The NEC (National Electrical
Code) requires GFCIs in kitchens, bathrooms, garages and outdoor locations.
t)PXNBOZSFDFQUBDMFTDBOCFJOTUBMMFEBOEQSPUFDUFEJOB
residential application on the load side of a SmartLockPro® GFCI?
There is no limit as far as the number of receptacles that can be protected from
the load side of the GFCI. Since our GFCIs are rated for 20 Amp feed-through they
are capable of protecting a whole residential 20 Amp circuit.
t8IBUEPFT$MBTT"NFBOXIFOBQQMJFEUPB('$*
Class A is an interrupter that will interrupt the circuit to the load when the
ground-fault current is 6 mA or more but not when the ground-fault current is
4 mA or less.
t8IBUJT-JOF-PBESFWFSTBM
When the line and load leads are reversed (below), the GFCI receptacle face is
now wired directly to the power coming from the panel, completely bypassing
the internal switching mechanism. The face is not GFCI protected and remains
live even after the internal switch opens. This is a potentially hazardous
condition, and the fact that the device appears to be operating properly creates
a false sense of protection for end-users. UL now requires a diagnostic indication
to alert installers that there is a line/load reversal.
t8IBUEPFT-FWJUPOT4NBSU-PDL130® GFCI protection provide?
If a SmartLockPRO® GFCI is miswired during installation (line-load reversal), it
cannot be reset, blocking delivery of power to its feed-through terminals and
face. The GFCI is completely dead and the green LED will be ON to indicate a
line-load reversal. Once the GFCI is wired properly and the unit can be reset, the
LED acts as a power indicator that remains ON as long as the GFCI is operating
correctly and providing power.
-The SmartLockPRO® GFCI features Leviton’s unique patented lockout action
as an end-of-life indication. If a SmartLockPRO® GFCI is damaged so that it
cannot respond properly to a ground fault, the GFCI prevents reset.
t$BOB('$*CFVTFEPVUEPPST
Yes, only if the GFCI meets the UL 498 requirements for weather-resistant
receptacles. Also, covers must be used with weather resistant GFCI receptacles
in damp or wet locations per Section 406.8 of the NEC code. Leviton’s W7599
and W7899 are both ideal for outdoor applications.
When the GFCI is wired correctly, power will be fed to the line side terminals,
through the internal switching mechanism to the GFCI receptacle face and any
downstream receptacles. When the internal switch opens, power is disconnected
from both the GFCI receptacle face and anything connected to load side terminals.
t$BO*VTFB('$*JOBXJSFVOHSPVOEFE
DJSDVJU Yes. Section 406.3(D)(3) of the 2008 National Electric Code permits a
non-grounding type receptacle to be replaced with a grounding type receptacle
without a grounding connection. However, the grounding receptacle must be
GFCI-protected. The diagram below shows a typical non-grounding (2-prong)
receptacle replaced with a GFCI. The GFCI must be marked, “No Equipment
Ground.” The GFCI can feed through to a grounding receptacle, which must be
marked “GFCI Protected. No Equipment Ground.” For increased electrical safety,
Leviton strongly recommends installing a GFCI in every non-grounding circuit. A
ground wire provides protection by offering a parallel path back to ground for any
fault current. Without a ground wire, fault current will try and take other paths to
ground and a GFCI will trip and cut power under these hazardous conditions.
Ground faults are more likely to occur in non-grounding circuits and a GFCI
will help protect family members from this potentially hazardous condition.
818
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7299
t)PXEPZPVXJSFBXJUIUIFMPBE/05QSPUFDUFE
t)PXEPZPVXJSFBXJUIUIFMPBEQSPUFDUFE
t$BO*XJSFUIFTPUIBUUIFTXJUDIDPOUSPMTUIFSFDFQUBDMF
No. The 7299 is not capable of being wired to have the switch control the
receptacle.
t*TUIFBWBJMBCMFJOBBNQWFSTJPO
The 7299 is only offered in 15 amps.
t*KVTUJOTUBMMFEBCVUJUXJMMOPUAUFTUPSASFTFU8IZJTUIJT
Being unable to test and reset your GFCI is a sign of a ‘Line-Load’ reversal in the
device wiring.
t$BO('$*T#F6TFEJO$JSDVJUTXJUIB4IBSFE/FVUSBM
Using a single neutral conductor for more than one circuit can be looked at as a
way to save money on wiring. Because a GFCI receptacle looks for a balance of
current flowing in a single hot conductor and a single neutral conductor, it will
not operate properly when more than one hot conductor is sharing a neutral
downstream from a GFCI. Current flowing in the neutral from the circuit not
protected by the GFCI will cause the GFCI to see an imbalance typically
associated with a ground fault and the GFCI will trip. A hazardous condition would
exist in the circuit not protected by the GFCI as it may appear as though the
power is off even though the hot leg is still live. In circuits wired this way, the
neutral needs to be split at or before reaching the GFCI receptacle and a
dedicated neutral must be run from the GFCI receptacle to all downstream
receptacles protected by the GFCI.
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819
WARRANTY INFORMATION
LIMITED ONE YEAR WARRANTY AND EXCLUSIONS
Leviton warrants to the original consumer purchaser and not for the benefit of
anyone else that this product at the time of its sale by Leviton is free of defects
in materials and workmanship under normal and proper use for one year from the
purchase date. Leviton’s only obligation is to correct such defects by repair or
replacement, at its option, if within such one year period the product is returned
prepaid, with proof of purchase date, and a description of the problem to Leviton
Manufacturing Co., Inc., Att: Quality Assurance Department, 201 North Service
Road, Melville, New York 11747. This warranty excludes and there is disclaimed
liability for labor for removal of this product or reinstallation. This warranty is void
if this product is installed improperly or in an improper environment, overloaded,
misused, opened, abused, or altered in any manner, or is not used under normal
operating conditions or not in accordance with any labels or instructions. There are
no other or implied warranties of any kind, including merchantability and fitness
for a particular purpose, but if any implied warranty is required by the applicable
jurisdiction, the duration of any such implied warranty, including merchantability
and fitness for a particular purpose, is limited to one year. Leviton is not liable for
incidental, indirect, special, or consequential damages, including without limitation,
damage to, or loss of use of, any equipment, lost sales or profits or delay or failure
to perform this warranty obligation. The remedies provided herein are the exclusive remedies under this warranty, whether based on contract, tort or otherwise.
LIMITED TWO YEAR WARRANTY AND EXCLUSIONS
in materials and workmanship under normal and proper use for two years from
the purchase date. Leviton’s only obligation is to correct such defects by repair or
replacement, at its option, if within such two year period the product is returned
and fitness for a particular purpose, is limited to two years. Leviton is not liable for
LIMITED FIVE YEAR WARRANTY AND EXCLUSIONS
in materials and workmanship under normal and proper use for five years from
replacement, at its option, if within such five year period the product is returned
and fitness for a particular purpose, is limited to five years. Leviton is not liable for
820
LIMITED TEN YEAR WARRANTY AND EXCLUSIONS
in materials and workmanship under normal and proper use for ten years from
replacement, at its option, if within such ten year period the product is returned
and fitness for a particular purpose, is limited to ten years. Leviton is not liable for
Power Quality Division - “True Whole House Surge Protection”
Limited Warranty
Service Entrance: $10,000 for Connected “White Appliances”
51110-PTC and 51120 Panels – 10 Year Product Replacement
Metersocket Arresters - 15-Year Product Replacement
Lifetime Connected Equipment Protection
$50,000
$25,000
$5,000
5950 Modular Strips
5300 Power Strips, 5400-TLS Power Control Center 5350 Stand-alone
Telco/CATV/Satellite Protectors 51110-PTC and 51120-PTC panels.
5500 Rackmounts
4950 Strips, 4900 Plug-ins and 1511 single outlet
This warranty is for the benefit of the original consumer purchaser
only and will continue for as long as such original purchaser uses
the Leviton “True Whole House Surge Protection” package.
SUPPRESSION PRODUCT REPLACEMENT
Lifetime materials and workmanship on Plug-in Surge Suppression Device (SPD),
15- year materials and workmanship on Metersockets and 10-year materials and
workmanship on 51110-PTC and 51120 Service Entrance SPD Panels. Subject to
the provisions below, this warranty covers all defects in workmanship or materials
in your Leviton SPD. If the SPD is damaged by a power surge and Leviton determines that such damage was caused by the performance failure of the Leviton
Surge Suppressor; Leviton will, at its option, repair or replace the unit.
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WARRANTY INFORMATION
CONNECTED EQUIPMENT COVERAGE
WARRANTY CLAIM PROCEDURES
The Leviton “True Whole-House Surge Protection” program provides the following
connected equipment coverage:
1. Meter Base (50240), Surge Arrester (55175) or Panel-mount Service Entrance
SPD (51110-PTC & 51120); Up to $10,000 to repair or replace (whichever is less)
residential “standard white appliances” which sustain surge damage. Maximum
coverage per household: $10,000. A “standard white appliance” is defined as
washer, dryer, stove, refrigerator, freezer, dishwasher, microwave ovens and Indoor HVAC equipment. This portion of the warranty applies to electro-mechanical
components and to any microprocessor components. Coverage is applicable only
when the Service Entrance SPD (1) was active and fully functional immediately
prior to the claim event, (2) sustained surge damage as a result of the claim event
and (3) is installed within 100 feet of conductor of structure being protected.. The
Cat. No. 55175-ASA will provide $1,000 connected equipment for well-pumps.
The 51110-PTC and 51120-PTC Panel Protector will provide $10,000 coverage for
Residential Standard White Appliances as well as $25,000 coverage for connected
Dial-up telephone, Satellite Receiver and CATV equipment ports.
2. Plug strips; Up to $25,000 to repair or replace (whichever is less) properly connected equipment damaged as the result of SPD failure (the SPD must also sustain
surge damage).The above remedy is your exclusive remedy under this warranty,
whether based on contract, tort, including negligence or otherwise. Claims must
be made within 30 days of damage or loss. Leviton reserves the right to audit the
damage, site and/or cost of repairs and may require a notarized proof of loss.
If any of the SPD products have defects or sustain damage covered by your “True
Whole-House Surge Protection” warranty, call Leviton at 800-648-3332.
To file a claim for power surge damage to connected equipment:
1. Meterbase: If Red Light is ON - Call Utility for replacement of unit.
2. Power Strips: Send the damaged Leviton SPD product(s), freight pre-paid, to
Leviton Manufacturing for testing and confirmation of damage.
3. After Leviton confirms SPD damage, have damaged equipment repaired at an
authorized service center.
4. Submit receipts along with your claim package to Leviton Manufacturing Co.
Inc., 860 Harold Place, Chula Vista, CA 91914
5. Leviton reserves the right to repair or replace equipment at the prorated fair
market value of the equipment damaged.
WHAT IS A “POWER SURGE”?
“Power Surge” means an electrical transient or spike on the AC power or communication lines, including those caused by indirect lightning, against which surge
suppressors of this type are generally designed to protect as recognized by
industry standards.
WHAT DOESN’T THIS WARRANTY COVER?
This warranty will not apply to any defects or damage to the Leviton SPD or any
properly connected equipment arising because: (1) The Leviton SPD was tampered
with, modified or altered in any way, or (2) the Leviton SPD or the connected
equipment was not used under normal operating conditions or in accordance with
any labels or instructions. This warranty does not cover any damage to properly
connected equipment resulting from a cause other than a “power surge.” This warranty specifically does not cover damage associated with a direct lightning strike
to the structure, sustained over-voltage; equipment installed outdoors, vandalism,
theft, normal wear and tear, obsolescence, abuse or catastrophic events. This specifically excludes sprinkler systems and hard-wired security alarm systems. Wellpumps are covered only when a 55175-ASA arrester with alarm is installed direct
at the equipment. This warranty does not cover, garage door operators or outdoor
equipment including outdoor HVAC units and window- mounted air conditioners.
Leviton disclaims liability for any installation labor, incidental, indirect, special or
consequential damages, including, without limitation, lost business profits, loss of
data and all freight, mileage, travel time, and insurance charges associated with
warranty coverage claims arising out of the sale or use of the Leviton SPD or out
of the performance (or failure or delay) of Leviton’s warranty. Some states do
not allow the exclusion or limitation of incidental or consequential damages, so
the above limitations or exclusion may not apply to you. This warranty gives you
specific legal rights, and you may have other rights that vary from state to state.
Valid in U.S.A and Canada.
www.barr-thorp.com
821
INTERNATIONAL ELECTRICAL OUTLET LISTING
Country
Afghanistan
Albania
Algeria
American Samoa
Andorra
Angola
Anguilla
Antigua and Barbuda
Argentina
Armenia
Aruba
Australia
Austria
Azerbaijan
Bahamas, The
Bahrain
Bangladesh
Barbados
Belarus
Belgium
Belize
Benin
Bermuda
Bhutan
Bolivia
Bosnia and Herzegovina
Botswana
Brazil
Brunei
Bulgaria
Burkina Faso
Burma
Burundi
Cambodia
Cameroon
Canada
Cape Verde
Cayman Islands
Central African Republic
Chad
822
Voltage
220 V
220 V
230 V
120 V
230 V
220 V
110 V
230 V
220 V
220 V
127 V
240 V
230 V
220 V
120 V
230 V
220 V
115V
220 V
230 V
110 V / 220 V
220 V
120 V
230 V
220 V / 230 V
220 V
231 V
110 V / 220 V
240 V
230 V
220 V
230 V
220 V
230 V
220 V
120 V
220 V
120 V
220 V
220 V
Frequency/Cycle
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
60 Hz
60 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
60 Hz
50 Hz
50 Hz
www.barr-thorp.com
Country
Chile
China
Colombia
Comoros
Congo, Democratic Republic of the
Congo, Republic of the
Cook Islands
Costa Rica
Cote d’Ivoire
Croatia
Cuba
Cyprus
Czech Republic
Denmark
Djibouti
Dominica
Dominican Republic
Ecuador
Egypt
El Salvador
Equatorial Guinea
Eritrea
Estonia
Ethiopia
Falkland Islands (Islas Malvinas)
Faroe Islands
Fiji
Finland
France
Gabon
Gambia, The
Gaza Strip
Georgia
Germany
Ghana
Gibraltar
Greece
Greenland
Grenada
Guatemala
Voltage
220 V
220 V
110 V
220 V
220 V
230 V
240 V
120 V
220 V
230 V
110 V / 220 V
240 V
230 V
230 V
220 V
230 V
110 V
120 V / 127 V
220 V
115 V
220 V
230 V
230 V
220 V
240 V
220 V
240 V
230 V
230 V
220 V
230 V
230 V
220 V
230 V
230 V
240 V
220 V
220 V
230 V
120 V
Frequency/Cycle
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
60 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
www.barr-thorp.com
823
Country
Guinea
Guinea-Bissau
Guyana
Haiti
Honduras
Hong Kong
Hungary
Iceland
India
Indonesia
Iran
Iraq
Ireland
Isle of Man
Israel
Italy
Jamaica
Japan
Jordan
Kazakhstan
Kenya
Kiribati
Korea, South
Kuwait
Laos
Latvia
Lebanon
Lesotho
Liberia
Libya
Liechtenstein
Lithuania
Luxembourg
Macau
Macedonia
Madagascar
Malawi
Malaysia
Maldives
Mali
824
Voltage
220 V
220 V
240 V
110 V
110 V
220 V
230 V
220 V
230 V
127 V / 230 V
230 V
230 V
230 V
240 V
220 V
230 V
110 V
100 V
230 V
220 V
240 V
240 V
220 V
240 V
230 V
220 V
110 V / 220 V
220 V
120 V
127 V
230 V
220 V
220 V
220 V
220 V
220 V
230 V
240 V
230 V
220 V
Frequency/Cycle
50 Hz
50 Hz
60 Hz
60 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz / 60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
www.barr-thorp.com
Country
Malta
Mauritania
Mauritius
Mexico
Micronesia, Federated States of
Monaco
Mongolia
Montenegro
Montserrat
Morocco
Mozambique
Namibia
Nauru
Nepal
Netherlands Antilles
Netherlands
New Caledonia
New Zealand
Nicaragua
Niger
Nigeria
Norway
Oman
Pakistan
Panama
Peru
Philippines
Poland
Portugal
Puerto Rico
Qatar
Romania
Russia
Rwanda
Saint Kitts and Nevis
Saint Lucia
Saint Vincent and the Grenadines
Samoa
Saudi Arabia
Senegal
Voltage
240 V
220 V
230 V
127 V
120 V
127 V / 220 V
220 V
220 V
230 V
127 V / 220 V
220 V
220 V
240 V
230 V
127 V / 220 V
230 V
220 V
230 V
120 V
220 V
240 V
230 V
240 V
220 V
110 V
220 V
220 V
230 V
230 V
120 V
240 V
230 V
220 V
230 V
230 V
240 V
230 V
230 V
127 V / 220 V
230 V
Frequency/Cycle
50 Hz
50 Hz
50 Hz
60 Hz
60 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
60 Hz
60 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
www.barr-thorp.com
825
Country
Serbia
Seychelles
Sierra Leone
Singapore
Slovakia
Slovenia
Somalia
South Africa
Spain
Sri Lanka
Sudan
Suriname
Swaziland
Sweden
Switzerland
Syria
Taiwan
Tajikistan
Tanzania
Thailand
Togo
Tonga
Trinidad and Tobago
Tunisia
Turkey
Turkmenistan
Uganda
Ukraine
United Arab Emirates
United Kingdom
United States
Uruguay
Uzbekistan
Vanuatu
Venezuela
Vietnam
Virgin Islands
Yemen
Zambia
Zimbabwe
826
Voltage
Frequency/Cycle
220 V
240 V
230 V
230 V
230 V
220 V
220 V
220 V / 230 V
230 V
230 V
230 V
127 V
230 V
230 V
230 V
220 V
110 V
220 V
230 V
220 V
220 V
240 V
115V
230 V
230 V
220 V
240 V
220 V
220 V
230 V
120 V
220 V
220 V
230 V
120 V
127 V / 220 V
115 V
220 V / 230 V
230 V
220 V
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
60 Hz
50 Hz
60 Hz
50 Hz
50 Hz
50 Hz
www.barr-thorp.com

Smart Products. Ingenious Solutions. - Barr

Transcription

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